45453263 GENEX Assistant Wireless Post Processing Software User Manual

Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.

GENEX Assistant V100R005

User Manual Issue 06

Date 2009-06-20

Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.

Huawei Technologies Co., Ltd. provides customers with comprehensive technical support and service. For any assistance, please contact our local office or company headquarters.

Huawei Technologies Co., Ltd. Address: Huawei Industrial Base

Bantian, Longgang Shenzhen 518129 People's Republic of China

Website: http://www.huawei.com

Email: [email protected]

Copyright © Huawei Technologies Co., Ltd. 2009. All rights reserved. No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei Technologies Co., Ltd. Trademarks and Permissions

and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd. All other trademarks and trade names mentioned in this document are the property of their respective holders. Notice The information in this document is subject to change without notice. Every effort has been made in the preparation of this document to ensure accuracy of the contents, but all statements, information, and recommendations in this document do not constitute the warranty of any kind, express or implied.

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GENEX Assistant User Manual About This Document

Issue 06 (2009-06-20) Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd. 1

About This Document

Purpose This document provides guides to get the contents, related version, intended audience, and conventions of the GENEX Assistant.

Related Versions The following table lists the product versions related to this document.

Product Name Version

GENEX Assistant V100R005

Intended Audience This document is intended for:

Technical support engineer Maintenance engineer

Organization The GENEX Assistant user manual describes the basic functions, system interface, routine operation, and related indicators of the GENEX Assistant.

Chapter Contents

1 Introduction to the Assistant

Describes the main functions and application scenarios provided by the GENEX Assistant.

2 Installing Software Describes the procedure for installing the Assistant.

3 User Interface Describes the functions of each part on the Assistant interface.

4 Project Management Describes the management of projects and datasets in the Assistant.

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Chapter Contents

5 Map Management Describes the operations related to settings of maps and map layers.

6 Analysis Data Management

Describes how to import test data provided by different devices and how to handle the imported data.

7 Analysis Indicator Management

Describes the analysis indicators of the UE, Scanner, and RNC, which involve WCDMA and GSM projects.

8 Analysis Report Management

Describes how to export test data in different forms and how to generate the relevant reports.

9 FAQ This chapter provides solutions to the faults that the Probe incurs.

A System Predefined Events

Describes the events analyzed in the Assistant and the procedures for generating these events.

B Acronyms and Abbreviations

Lists the acronyms and abbreviations described in the document and their explanations.

Conventions

Symbol Conventions The symbols that may be found in this document are defined as follows.

Symbol Description

Indicates a hazard with a high level of risk that, if not avoided, will result in death or serious injury.

Indicates a hazard with a medium or low level of risk which, if not avoided, could result in minor or moderate injury.

Indicates a potentially hazardous situation that, if not avoided, could cause equipment damage, data loss, and performance degradation, or unexpected results.

Indicates a tip that may help you solve a problem or save time.

Provides additional information to emphasize or supplement important points of the main text.



General Conventions

Convention Description

Times New Roman Normal paragraphs are in Times New Roman.

Boldface Names of files, directories, folders, and users are in boldface. For example, log in as user root.

Italic Book titles are in italics.

Courier New Terminal display is in Courier New.

Command Conventions


Boldface The keywords of a command line are in boldface.

Italic Command arguments are in italics.

[ ] Items (keywords or arguments) in square brackets [ ] are optional.

{ x | y | ... } Alternative items are grouped in braces and separated by vertical bars. One is selected.

[ x | y | ... ] Optional alternative items are grouped in square brackets and separated by vertical bars. One or none is selected.

{ x | y | ... } * Alternative items are grouped in braces and separated by vertical bars. A minimum of one or a maximum of all can be selected.

GUI Conventions


Boldface Buttons, menus, parameters, tabs, windows, and dialog titles are in boldface. For example, click OK.

> Multi-level menus are in boldface and separated by the ">" signs. For example, choose File > Create > Folder.

Keyboard Operation

Format Description

Key Press the key. For example, press Enter and press Tab.

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Format Description

Key 1+Key 2 Press the keys concurrently. For example, pressing Ctrl+Alt+A means the three keys should be pressed concurrently.

Key 1, Key 2 Press the keys in turn. For example, pressing Alt, A means the two keys should be pressed in turn.

Mouse Operation

Action Description

Click Select and release the primary mouse button without moving the pointer.

Double-click Press the primary mouse button twice continuously and quickly without moving the pointer.

Drag Press and hold the primary mouse button and move the pointer to a certain position.

Update History Updates between document versions are cumulative. Therefore, the latest document version contains all updates made to previous versions.

Updates in Issue 06 (2009-06-20) Sixth release.

Updates in Issue 05 (2009-03-30) Fifth release.

Updates in Issue 04 (2008-11-20) Fourth release.

Updates in Issue 03 (2008-8-31) Third release.

Updates in Issue 02 (2008-4-30) Second release.



Updates in Issue 01 (2008-1-15) First release.

GENEX Assistant User Manual Contents

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Contents

1 Introduction to the Assistant ...................................................................................................1-1 1.1 Overview.......................................................................................................................................................1-2 1.2 Functions.......................................................................................................................................................1-2 1.3 Operation Mode ............................................................................................................................................1-3 1.4 Application Scenarios....................................................................................................................................1-3 1.5 Work Flow.....................................................................................................................................................1-4

2 Installing Software ....................................................................................................................2-1 2.1 Installation Description .................................................................................................................................2-2 2.2 Checking Installation Environment...............................................................................................................2-2

2.2.1 Checking System Configuration ..........................................................................................................2-2 2.2.2 Checking System Environment............................................................................................................2-3

2.3 Installing the GENEX Shared Components ..................................................................................................2-3 2.4 Installing the Assistant ..................................................................................................................................2-3 2.5 License Management.....................................................................................................................................2-4

2.5.1 Plugging in the Dongle ........................................................................................................................2-4 2.5.2 Updating License .................................................................................................................................2-5 2.5.3 Viewing License Information...............................................................................................................2-5

2.6 Installation Check..........................................................................................................................................2-5 2.6.1 Confirming the Version Information ....................................................................................................2-5 2.6.2 Description of the Installation Directory..............................................................................................2-5

2.7 Uninstalling Software....................................................................................................................................2-6 2.7.1 Uninstalling the GENEX Shared Components ....................................................................................2-6 2.7.2 Uninstalling the Assistant.....................................................................................................................2-7

3 User Interface..............................................................................................................................3-1 3.1 Main Interface ...............................................................................................................................................3-2 3.2 Menu Bar.......................................................................................................................................................3-3

3.2.1 Overview..............................................................................................................................................3-3 3.2.2 Project Menu........................................................................................................................................3-3 3.2.3 Dataset Menu .......................................................................................................................................3-3 3.2.4 View Menu...........................................................................................................................................3-4 3.2.5 Window Menu......................................................................................................................................3-5

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3.2.6 Help Menu ...........................................................................................................................................3-6 3.3 Toolbar ..........................................................................................................................................................3-6

3.3.1 Overview..............................................................................................................................................3-6 3.3.2 Standard Tool bar .................................................................................................................................3-6 3.3.3 Map Tool bar........................................................................................................................................3-7 3.3.4 Chart Tool bar ......................................................................................................................................3-9 3.3.5 Sheet Tool bar ......................................................................................................................................3-9 3.3.6 Engineering Parameter Tool bar.........................................................................................................3-10

3.4 Navigation Tree...........................................................................................................................................3-11 3.4.1 Overview............................................................................................................................................3-11 3.4.2 Project Tab Page.................................................................................................................................3-11 3.4.3 Map Legend Tab Page........................................................................................................................3-11 3.4.4 Word Collector Tab Page ...................................................................................................................3-12

3.5 Operation Interface......................................................................................................................................3-12 3.6 Property View..............................................................................................................................................3-12

3.6.1 Overview............................................................................................................................................3-12 3.6.2 WCDMA Scanner Coverage Tab Page ..............................................................................................3-13 3.6.3 WCDMA MS Pilot Measurement Tab Page.......................................................................................3-13 3.6.4 GSM MS Measurement Tab Page......................................................................................................3-14 3.6.5 Site Information Tab Page..................................................................................................................3-14

3.7 System Status Bar........................................................................................................................................3-14 3.8 Data Window...............................................................................................................................................3-15

3.8.1 Overview............................................................................................................................................3-15 3.8.2 Map Window......................................................................................................................................3-15 3.8.3 Graph Window...................................................................................................................................3-15 3.8.4 Sheet Window ....................................................................................................................................3-19 3.8.5 Operations in the Data Window .........................................................................................................3-20

4 Project Management ..................................................................................................................4-1 4.1 Managing Engineering Files .........................................................................................................................4-2

4.1.1 Overview..............................................................................................................................................4-2 4.1.2 Creating a Project.................................................................................................................................4-2 4.1.3 Opening a Project.................................................................................................................................4-3 4.1.4 Closing a Project ..................................................................................................................................4-3

4.2 Managing a Dataset.......................................................................................................................................4-3 4.2.1 Overview..............................................................................................................................................4-3 4.2.2 Importing a Dataset..............................................................................................................................4-3 4.2.3 Creating a Dataset ................................................................................................................................4-3 4.2.4 Removing a Dataset .............................................................................................................................4-4 4.2.5 Exporting a Dataset..............................................................................................................................4-5 4.2.6 Modifying the Dataset Property ...........................................................................................................4-5 4.2.7 Parameter Description..........................................................................................................................4-6


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4.3 Managing Engineering Parameters ...............................................................................................................4-9 4.3.1 Overview..............................................................................................................................................4-9 4.3.2 Introduction to Engineering Parameters...............................................................................................4-9 4.3.3 Importing Engineering Parameters ....................................................................................................4-11 4.3.4 Exporting Engineering Parameters ....................................................................................................4-14 4.3.5 Saving and Copying Engineering Parameters ....................................................................................4-15 4.3.6 Configuring Engineering Parameters .................................................................................................4-15 4.3.7 Modifying the Display Mode for Engineering Parameters ................................................................4-18 4.3.8 Switching Between ARFCN and Frequency......................................................................................4-19 4.3.9 Importing Neighbor Data ...................................................................................................................4-20 4.3.10 Viewing Neighbor Data....................................................................................................................4-20 4.3.11 Adding CIO Parameters ...................................................................................................................4-21

4.4 Managing History Log ................................................................................................................................4-23

5 Map Management ......................................................................................................................5-1 5.1 Operating a Map............................................................................................................................................5-2

5.1.1 Overview..............................................................................................................................................5-2 5.1.2 Introduction to Map Files.....................................................................................................................5-2 5.1.3 Importing a MapInfo Map....................................................................................................................5-2 5.1.4 Deleting a MapInfo Map......................................................................................................................5-3 5.1.5 Importing an Outdoor Raster Map .......................................................................................................5-3 5.1.6 Importing an Indoor Raster Map..........................................................................................................5-4 5.1.7 Operating a Map ..................................................................................................................................5-4

5.2 Operating a Legend .......................................................................................................................................5-5 5.2.1 Overview..............................................................................................................................................5-5 5.2.2 Introduction to Legends .......................................................................................................................5-5 5.2.3 Adding a Customized Legend ..............................................................................................................5-8 5.2.4 Deleting a Customized Legend ............................................................................................................5-9 5.2.5 Importing a Customized Legend..........................................................................................................5-9 5.2.6 Exporting a Customized Legend..........................................................................................................5-9 5.2.7 Editing a Legend ................................................................................................................................5-10 5.2.8 Loading a Legend for Parameters ......................................................................................................5-10 5.2.9 Restoring a System Legend................................................................................................................5-12 5.2.10 Modifying a Legend Theme.............................................................................................................5-12 5.2.11 Displaying or Hiding a Legend ........................................................................................................5-13 5.2.12 Setting a Legend Style .....................................................................................................................5-14

5.3 Operating a Map Layer ...............................................................................................................................5-16 5.3.1 Controlling a Map Layer....................................................................................................................5-16 5.3.2 Moving a Map Layer..........................................................................................................................5-18

6 Analysis Data Management .....................................................................................................6-1 6.1 Importing Analysis Data................................................................................................................................6-2

6.1.1 Overview..............................................................................................................................................6-2


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6.1.2 Importing GENEX Probe Data ............................................................................................................6-3 6.1.3 Importing Huawei RNC Data...............................................................................................................6-4 6.1.4 Importing PHU Data ............................................................................................................................6-6 6.1.5 Importing TXT Data ............................................................................................................................6-7 6.1.6 Viewing the List of Imported Files ......................................................................................................6-8

6.2 Filtering Exceptional Data ............................................................................................................................6-9 6.2.1 Overview..............................................................................................................................................6-9 6.2.2 Procedure .............................................................................................................................................6-9

6.3 Filtering Indicator........................................................................................................................................6-11 6.4 Combining Analysis Data............................................................................................................................6-13

6.4.1 Overview............................................................................................................................................6-13 6.4.2 Combining Data by UE......................................................................................................................6-13 6.4.3 Combining Data by Scanner ..............................................................................................................6-14

6.5 Displaying Analysis Data ............................................................................................................................6-14 6.5.1 Overview............................................................................................................................................6-14 6.5.2 Displaying Data on a Map .................................................................................................................6-16 6.5.3 Displaying Data on a Chart ................................................................................................................6-21 6.5.4 Displaying Data on a Sheet ................................................................................................................6-22 6.5.5 Displaying Data on a Crossing Chart.................................................................................................6-25 6.5.6 Comparing Analysis Data ..................................................................................................................6-26 6.5.7 Locking Analysis Data .......................................................................................................................6-28 6.5.8 Multi-Window Synchronization.........................................................................................................6-29

6.6 Exporting Analysis Data..............................................................................................................................6-30 6.6.1 Overview............................................................................................................................................6-30 6.6.2 Exporting Data Through Word Collector ...........................................................................................6-30 6.6.3 Exporting Data from a Map ...............................................................................................................6-31 6.6.4 Exporting Data From a Sheet.............................................................................................................6-31 6.6.5 Exporting Data from a Graph.............................................................................................................6-31 6.6.6 Exporting DT Report .........................................................................................................................6-31

6.7 Viewing the Test Plan..................................................................................................................................6-32 6.7.1 Viewing the Test Plan of the Analysis Data .......................................................................................6-33 6.7.2 Viewing the Test Plan of the Device ..................................................................................................6-33

7 Analysis Indicator Management .............................................................................................7-1 7.1 UE Indicators ................................................................................................................................................7-2

7.1.1 Overview..............................................................................................................................................7-2 7.1.2 Network Basic Status ...........................................................................................................................7-2 7.1.3 MOS.....................................................................................................................................................7-7 7.1.4 GSM.....................................................................................................................................................7-7 7.1.5 GPRS .................................................................................................................................................7-11 7.1.6 L3 Message ........................................................................................................................................7-14 7.1.7 Phone Event .......................................................................................................................................7-15


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7.1.8 Statistic As Site ..................................................................................................................................7-22 7.1.9 HSDPA...............................................................................................................................................7-22 7.1.10 HSUPA.............................................................................................................................................7-25 7.1.11 TXT..................................................................................................................................................7-25 7.1.12 GSM KPI .........................................................................................................................................7-27 7.1.13 WCDMA KPI...................................................................................................................................7-28

7.2 Scanner Indicators .......................................................................................................................................7-35 7.2.1 GSM Scanner .....................................................................................................................................7-35 7.2.2 WCDMA Scanner ..............................................................................................................................7-37

7.3 RNC Indicators............................................................................................................................................7-41 7.3.1 Overview............................................................................................................................................7-41

8 Analysis Report Management .................................................................................................8-1 8.1 Overview.......................................................................................................................................................8-2 8.2 Generating WCDMA DT Report...................................................................................................................8-2 8.3 Generating Reports Through the Wizard.......................................................................................................8-3

8.3.1 Intelligent Report Subsystem...............................................................................................................8-3 8.3.2 Generating Reports from the Shortcut Menu .......................................................................................8-9 8.3.3 Generating a Custom Report..............................................................................................................8-10

8.4 WCDMA KPI Report ..................................................................................................................................8-13 8.4.1 Coverage ............................................................................................................................................8-14 8.4.2 Accessibility.......................................................................................................................................8-14 8.4.3 Retainability.......................................................................................................................................8-14 8.4.4 Service integrity .................................................................................................................................8-15 8.4.5 Mobility Page.....................................................................................................................................8-15 8.4.6 Other KPIs .........................................................................................................................................8-16 8.4.7 Timing Delay Report..........................................................................................................................8-16

8.5 GSM Report ................................................................................................................................................8-17 8.5.1 GSM MS Call Analysis Report ..........................................................................................................8-17 8.5.2 GSM Drive Test Statistics Report ......................................................................................................8-17 8.5.3 GSM Handover Statistics Report .......................................................................................................8-18 8.5.4 GPRS FTP Data Layer Performance Report ......................................................................................8-18 8.5.5 GPRS GMM Event Statistics Report .................................................................................................8-19 8.5.6 GPRS Physical Layer Indicator Report..............................................................................................8-19 8.5.7 GPRS RLC BLER and Retransmissions Report ................................................................................8-20 8.5.8 GPRS WAP Testing Statistics Report.................................................................................................8-20

8.6 Scanner Report ............................................................................................................................................8-21 8.6.1 WCDMA Scanner Handover Analysis Report ...................................................................................8-21 8.6.2 WCDMA Scanner Neighbor Analysis Report....................................................................................8-22

8.7 Theme Report..............................................................................................................................................8-23 8.7.1 WCDMA UE Crossingtable HSDPA .................................................................................................8-23 8.7.2 HSUPA Happy Rate Report ...............................................................................................................8-24


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8.7.3 WCDMA UE Call Analysis Report....................................................................................................8-25 8.7.4 APPLayer Analysis Report.................................................................................................................8-27 8.7.5 WCDMA UE User Defined Time Delay Report ................................................................................8-28

9 FAQ...............................................................................................................................................9-1 9.1 Overview.......................................................................................................................................................9-2 9.2 Software Startup............................................................................................................................................9-2

9.2.1 How to Start the Assistant When the Verification Fails?......................................................................9-2 9.2.2 The Files for East Asian Languages Are Not Installed.........................................................................9-3

9.3 Data Import ...................................................................................................................................................9-3 9.3.1 How to Handle Illegal Operations During the Data Import? ...............................................................9-3 9.3.2 Data on the Probe Cannot Be Imported Properly. ................................................................................9-3 9.3.3 Why the Huawei RNC Data Cannot Be Properly Displayed After Being Imported? ..........................9-4

9.4 Map Operation ..............................................................................................................................................9-4 9.4.1 How to Load the Position of Last Time on the Map? ..........................................................................9-4 9.4.2 How to Change the Map Legend?........................................................................................................9-5 9.4.3 How to Perform Time Filtering on the Map Layer?.............................................................................9-5 9.4.4 The Assistant is quit abnormally when you are moving a legend on the map......................................9-6 9.4.5 On the Map, the Value on the Label and the Color on the Legend Are Inconsistent............................9-6

9.5 Data Display..................................................................................................................................................9-6 9.5.1 Why Does the Icon of Word Collector Turn Grey?..............................................................................9-6 9.5.2 Why Is No Data Displayed After Some Indicators Are Opened?.........................................................9-7 9.5.3 Why the Messages on the BCCH Channel Collected by the Agilent Cannot Be Correctly Displayed?......................................................................................................................................................................9-7 9.5.4 Why the Analysis Report Item Cannot Be Opened? ............................................................................9-7 9.5.5 Why the RNC Signaling Cannot Automatically Match the Corresponding UE Time During the Import?......................................................................................................................................................................9-7

9.6 Others ............................................................................................................................................................9-8 9.6.1 In What Scenarios Should the GENEX Shared Components Be Reinstalled?.....................................9-8 9.6.2 Why Engineering Parameters Fail to Be Imported?.............................................................................9-8 9.6.3 The Display of the Map Is Slow After You Import Engineering Parameters Into the Assistant...........9-9

GENEX Assistant User Manual Figures

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Figures

Figure 1-1 Flow chart of the Assistant................................................................................................................1-4

Figure 2-1 Flow chart .........................................................................................................................................2-2

Figure 2-2 Customer Information dialog box.....................................................................................................2-4

Figure 3-1 Main interface of the Assistant .........................................................................................................3-2

Figure 3-2 Standard tool bar...............................................................................................................................3-7

Figure 3-3 Chart Tool bar ...................................................................................................................................3-9

Figure 3-4 Sheet tool bar ....................................................................................................................................3-9

Figure 3-5 Engineering parameter tool bar.......................................................................................................3-10

Figure 3-6 Navigation tree ...............................................................................................................................3-11

Figure 3-7 Operation interface of the Assistant................................................................................................3-12

Figure 3-8 Property view..................................................................................................................................3-13

Figure 3-9 Map window...................................................................................................................................3-15

Figure 3-10 Graph mode ..................................................................................................................................3-16

Figure 3-11 Histogram mode............................................................................................................................3-17

Figure 3-12 Pie chart mode ..............................................................................................................................3-18

Figure 3-13 Customized chart mode ................................................................................................................3-19

Figure 3-14 Sheet window ...............................................................................................................................3-20

Figure 4-1 New Project dialog box ....................................................................................................................4-2

Figure 4-2 New Dataset dialog box....................................................................................................................4-4

Figure 4-3 Assistant dialog box..........................................................................................................................4-4

Figure 4-4 Modify Dataset Property dialog box.................................................................................................4-5

Figure 4-5 Dataset in the navigation area...........................................................................................................4-6

Figure 4-6 GSM Parameter window.................................................................................................................4-12

Figure 4-7 Please select the Excel file and sheet dialog box ............................................................................4-12

Figure 4-8 GSM Parameter window (displaying the engineering parameter) ..................................................4-13

Figure 4-9 Existing unmatched field in the engineering parameters ................................................................4-14

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Figure 4-10 Icon used for exporting engineering parameters...........................................................................4-15

Figure 4-11 Icons used for saving and copying engineering parameters..........................................................4-15

Figure 4-12 Engineering Parameter dialog box................................................................................................4-16

Figure 4-13 Setting tab page.............................................................................................................................4-17

Figure 4-14 Engineering parameter display tool bar ........................................................................................4-18

Figure 4-15 W/G Project Parameter dialog box ...............................................................................................4-19

Figure 4-16 Switchover icon between ARFCN and frequency ........................................................................4-19

Figure 4-17 Shortcut menu...............................................................................................................................4-20

Figure 4-18 Show Config Neighbor Cell dialog box........................................................................................4-21

Figure 4-19 CIO Manager dialog box ..............................................................................................................4-22

Figure 4-20 History Operation List window ....................................................................................................4-23

Figure 5-1 Raster Image dialog box ...................................................................................................................5-4

Figure 5-2 Map Legend tab page........................................................................................................................5-5

Figure 5-3 Custom mode....................................................................................................................................5-6

Figure 5-4 AutoArrange mode............................................................................................................................5-7

Figure 5-5 CustomArrange mode.......................................................................................................................5-8

Figure 5-6 Individual Legend Property dialog box ............................................................................................5-8

Figure 5-7 Map Layers dialog box ...................................................................................................................5-11

Figure 5-8 Legend List dialog box ...................................................................................................................5-12

Figure 5-9 Individual Value Theme Options dialog box ..................................................................................5-13

Figure 5-10 Ranged Theme Options dialog box...............................................................................................5-13

Figure 5-11 Displaying legends........................................................................................................................5-14

Figure 5-12 Legend Style dialog box ...............................................................................................................5-15

Figure 5-13 Layer Control dialog box..............................................................................................................5-16

Figure 5-14 Offset Layer dialog box ................................................................................................................5-19

Figure 6-1 Import GENEX Probe File dialog box..............................................................................................6-4

Figure 6-2 Import Huawei RNC File dialog box................................................................................................6-5

Figure 6-3 Import PHU File dialog box .............................................................................................................6-7

Figure 6-4 Import TXT File dialog box..............................................................................................................6-8

Figure 6-5 Import File List window ...................................................................................................................6-9

Figure 6-6 Delete Exceptional Data dialog box for UE ActiveSet RSCP ........................................................6-10

Figure 6-7 Filter dialog box..............................................................................................................................6-11

Figure 6-8 Combine Device dialog box ...........................................................................................................6-13

GENEX Assistant User Manual Figures

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Figure 6-9 Modify Device Name dialog box....................................................................................................6-14

Figure 6-10 Combining devices complete........................................................................................................6-14

Figure 6-11 Data displayed on an active sheet .................................................................................................6-15

Figure 6-12 RSCP Max for SC90 in Activeset on an active sheet....................................................................6-16

Figure 6-13 Lines connecting test points and base stations..............................................................................6-17

Figure 6-14 Playback control buttons...............................................................................................................6-17

Figure 6-15 Coverage area of a cell..................................................................................................................6-19

Figure 6-16 Disabling the setting of cell parameters........................................................................................6-20

Figure 6-17 Disabling simulation data of a single site .....................................................................................6-20

Figure 6-18 Analyzing pilot pollution ..............................................................................................................6-21

Figure 6-19 Modify Series Data dialog box .....................................................................................................6-22

Figure 6-20 Selecting statistical data................................................................................................................6-23

Figure 6-21 Highlighting selected signaling.....................................................................................................6-24

Figure 6-22 Custom Display on Chart..............................................................................................................6-25

Figure 6-23 Crossing chart ...............................................................................................................................6-25

Figure 6-24 Menu of comparing analysis data .................................................................................................6-26

Figure 6-25 Menu of comparing analysis data .................................................................................................6-27

Figure 6-26 Select Binning Type dialog box....................................................................................................6-27

Figure 6-27 Data locking function ...................................................................................................................6-28

Figure 6-28 Multi-window synchronization.....................................................................................................6-29

Figure 6-29 Reporting Setting dialog box ........................................................................................................6-32

Figure 7-1 UE Indicator .....................................................................................................................................7-2

Figure 7-2 UE Pilot Summary............................................................................................................................7-3

Figure 7-3 Choose Msg dialog box ....................................................................................................................7-6

Figure 7-4 Entering an indicator name .............................................................................................................7-26

Figure 7-5 TXT indicator display.....................................................................................................................7-26

Figure 7-6 Band information ............................................................................................................................7-36

Figure 7-7 Frequency number ..........................................................................................................................7-38

Figure 7-8 Scanner Coverage Summary (Ec/Io) ..............................................................................................7-41

Figure 7-9 Scanner Coverage Summary (RSCP) .............................................................................................7-41

Figure 8-1 Report Setting dialog box .................................................................................................................8-2

Figure 8-2 Smart Report Guide-First Step dialog box (Setting tab page) ..........................................................8-4

Figure 8-3 ImportFiles tab page .........................................................................................................................8-5

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Figure 8-4 Smart Report Guide-Second Step dialog box ...................................................................................8-6

Figure 8-5 Cover of the smart report ..................................................................................................................8-7

Figure 8-6 Smart Report Guide-First Step dialog box........................................................................................8-8

Figure 8-7 Smart Report Guide-Second Step dialog box ...................................................................................8-9

Figure 8-8 Custom Report Setup dialog box ....................................................................................................8-10

Figure 8-9 WCDMA KPI Report cover............................................................................................................8-13

Figure 8-10 WCDMA KPI Report - Coverage page.........................................................................................8-14

Figure 8-11 WCDMA KPI Report - Accessibility page ...................................................................................8-14

Figure 8-12 WCDMA KPI Report - Retainability page ...................................................................................8-14

Figure 8-13 WCDMA KPI Report - Service integrity page .............................................................................8-15

Figure 8-14 WCDMA KPI Report - Mobility page..........................................................................................8-15

Figure 8-15 WCDMA KPI Report - Other KPIs page......................................................................................8-16

Figure 8-16 WCDMA KPI Timing Delay Report.............................................................................................8-16

Figure 8-17 GSM MS Call Analysis report ......................................................................................................8-17

Figure 8-18 GSM Drive Test Statistics report ..................................................................................................8-18

Figure 8-19 GSM Handover Statistics report ...................................................................................................8-18

Figure 8-20 FTP data layer performance report ...............................................................................................8-19

Figure 8-21 GMM Event Statistics report ........................................................................................................8-19

Figure 8-22 Physical Layer Indicator report.....................................................................................................8-20

Figure 8-23 RLC BLER and Retransmissions report .......................................................................................8-20

Figure 8-24 WAP Testing Statistic report .........................................................................................................8-21

Figure 8-25 WCDMA Scanner Handover Analysis report ...............................................................................8-22

Figure 8-26 WCDMA Scanner Neighbor Cell Analysis report ........................................................................8-23

Figure 8-27 WCDMA UE Crossingtable HSDPA report..................................................................................8-24

Figure 8-28 HSUPA Happy Rate report ...........................................................................................................8-25

Figure 8-29 WCDMA UE Call Analysis report................................................................................................8-26

Figure 8-30 AppLayer Analysis report .............................................................................................................8-27

Figure 8-31 WCDMA User defined Time Delay Report ..................................................................................8-28

GENEX Assistant User Manual Tables

Issue 06 (2009-06-20) Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd. xi

Tables

Table 1-1 Functions of the Assistant...................................................................................................................1-2

Table 1-2 Procedures for analyzing data.............................................................................................................1-5

Table 2-1 System configuration..........................................................................................................................2-2

Table 2-2 Directory structure of the Assistant ....................................................................................................2-6

Table 3-1 Elements in the main interface ...........................................................................................................3-2

Table 3-2 Functions of the items on the Project menu........................................................................................3-3

Table 3-3 Description of items on the Dataset menu ..........................................................................................3-3

Table 3-4 Functions of the items on the View menu...........................................................................................3-5

Table 3-5 Functions of the items on the Window menu .....................................................................................3-5

Table 3-6 Functions of the items on the Help menu ...........................................................................................3-6

Table 3-7 Functions of the icons on the standard tool bar ..................................................................................3-7

Table 3-8 Functions of the icons on the map tool bar.........................................................................................3-7

Table 3-9 Buttons on the chart tool bar...............................................................................................................3-9

Table 3-10 Buttons on the sheet tool bar ..........................................................................................................3-10

Table 3-11 Icons on the engineering parameter tool bar ...................................................................................3-10

Table 3-12 Indicators on the WCDMA Scanner Coverage tab page.................................................................3-13

Table 3-13 Indicators on the GSM MS Measurement tab page ........................................................................3-14

Table 3-14 Areas on the status bar ....................................................................................................................3-14

Table 4-1 Parameters on the Setting tab page.....................................................................................................4-6

Table 4-2 Parameters on the Binning Type tab page...........................................................................................4-8

Table 4-3 Fields in the WCDMA engineering parameter table...........................................................................4-9

Table 4-4 Fields in the GSM engineering parameter table ...............................................................................4-10

Table 4-5 Functions of buttons on the tab page ................................................................................................4-16

Table 4-6 Description of the parameters...........................................................................................................4-17

Table 4-7 Functions of the icons on the tool bar...............................................................................................4-18

Table 4-8 Functions of buttons in the dialog box .............................................................................................4-22

Tables GENEX Assistant

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xii Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd. Issue 06 (2009-06-20)

Table 5-1 Formats supported by the MapInfo.....................................................................................................5-2

Table 5-2 Functions of the parameters in the Legend Style dialog box ............................................................5-15

Table 5-3 Parameters in the Layer Control dialog box .....................................................................................5-17

Table 5-4 Description of parameters in the Display Properties dialog box.......................................................5-17

Table 5-5 Description of parameters in the Label Properties dialog box..........................................................5-17

Table 5-6 Functions of parameters in the dialog box........................................................................................5-19

Table 6-1 Parameters in the Delete Exceptional Data dialog box.....................................................................6-10

Table 6-2 Parameter in the Filter dialog box ....................................................................................................6-11

Table 6-3 Description of the filtered events......................................................................................................6-12

Table 6-4 Description of data display modes....................................................................................................6-16

Table 6-5 Playback control buttons ..................................................................................................................6-17

Table 6-6 Data statistical function ....................................................................................................................6-23

Table 6-7 Description of the keywords in the layer 3 configuration file ..........................................................6-24

Table 6-8 Parameters in the Select Binning Type dialog box ...........................................................................6-28

Table 6-9 Window cooperation.........................................................................................................................6-29

Table 6-10 Functions provided by Word Collector...........................................................................................6-30

Table 6-11 Parameters in the Reporting Setting dialog box..............................................................................6-32

Table 7-1 Description of the Active Set indicators .............................................................................................7-3

Table 7-2 Description of the Power Control indicators ......................................................................................7-4

Table 7-3 Description of the indicators of Throughput.......................................................................................7-5

Table 7-4 Parameters description in the Choose Msg dialog box.......................................................................7-6

Table 7-5 Description of the MOS indicators .....................................................................................................7-7

Table 7-6 Description of GSM indicators...........................................................................................................7-7

Table 7-7 Indicators in GPRS mode .................................................................................................................7-12

Table 7-8 Description of L3 Message indicators ..............................................................................................7-14

Table 7-9 Description of the UE Phone Event indicators .................................................................................7-15

Table 7-10 Description of the Statistic As Site indicators.................................................................................7-22

Table 7-11 Description of the HSDPA indicators .............................................................................................7-23

Table 7-12 Description of the HS-DSCH Decoding Statistics indicators .........................................................7-23

Table 7-13 Description of the HSUPA indicators .............................................................................................7-25

Table 7-14 Description of Accessibility indicators ...........................................................................................7-27

Table 7-15 Description of the Retainability indicators .....................................................................................7-27

Table 7-16 Description of the Service Integrality indicators ............................................................................7-27

GENEX Assistant User Manual Tables

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Table 7-17 Description of the Mobility indicators............................................................................................7-28

Table 7-18 Description of the Delay indicators ................................................................................................7-28

Table 7-19 Description of the Coverage indicators ..........................................................................................7-28

Table 7-20 Description of the Accessibility indicators .....................................................................................7-29

Table 7-21 Description of the Retainability indicators .....................................................................................7-30

Table 7-22 Description of the Service integrity indicators ...............................................................................7-30

Table 7-23 Description of the Mobility indicators............................................................................................7-31

Table 7-24 Description of the Delay indicators ................................................................................................7-33

Table 7-25 Description of the Other indicators.................................................................................................7-35

Table 7-26 Description of the RxLev indicators...............................................................................................7-36

Table 7-27 Description of C/I indicators. .........................................................................................................7-36

Table 7-28 Description of the C/A indicators ...................................................................................................7-37

Table 7-29 Description of the BCCH Along With BSIC indicators..................................................................7-37

Table 7-30 Description of the Nth Best indicators............................................................................................7-38

Table 7-31 Description of the Ec/Io indicators .................................................................................................7-39

Table 7-32 Description of the RSCP indicators ................................................................................................7-39

Table 7-33 Description of the Pilot Pollution indicators...................................................................................7-39

Table 7-34 Description of the HO Event indicators..........................................................................................7-40

Table 7-35 Description of the RNC indicators .................................................................................................7-42

Table 8-1 Parameters in the Report Setting dialog box ......................................................................................8-2

Table 8-2 Parameters on the Setting tab page.....................................................................................................8-4

Table 8-3 Description of the ImportFile tab page...............................................................................................8-5

Table 8-4 Parameter setting of the Smart Report Guide-Second Step dialog box ..............................................8-6

Table 8-5 Parameter setting of the First Step dialog box ....................................................................................8-8

Table 8-6 Description of parameters of the Custom Report Setup dialog box..................................................8-11

Table 8-7 Important indicators of WCDMA.....................................................................................................8-13

Table 8-8 Delay KPIs........................................................................................................................................8-16

Table 9-1 Soft handover statistics .......................................................................................................................9-4

GENEX Assistant User Manual 1 Introduction to the Assistant

Issue 06 (2009-06-20) Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd. 1-1

1 Introduction to the Assistant

About This Chapter

The following table lists the contents of this chapter.

Section Describes

1.1 Overview The general introduction to the Assistant and the benefits to users.

1.2 Functions The functions provided by the Assistant.

1.3 Operation Mode The operation modes of the Assistant.

1.4 Application Scenarios The application scenarios of the Assistant.

1.5 Work Flow The work flow of the Assistant.

1 Introduction to the Assistant GENEX Assistant

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1-2 Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd. Issue 06 (2009-06-20)

1.1 Overview The GENEX Assistant is the professional background processing software for wireless test data. It supports the following wireless network technologies:

GSM/GPRS/EDGE WCDMA/HSDPA/HSUPA

The Assistant optimizes and handles test data such as drive test (DT) data and RNC data related to the air interface on a wireless network and exports analysis reports. The Assistant benefits network planning and optimizing engineers in the following ways:

Thoroughly understanding network performance Quickly and effectively analyzing network problems Improving working efficiency

The Assistant provides the following features:

Quickly and effectively obtaining the information about the quality of the entire network Reducing test workload incurred by network adjustment Providing thorough and useful information about problem locating and optimization

analysis Providing sharable analysis, which reduces the requirements for optimization skills of

engineers

1.2 Functions Table 1-1 lists the main functions provided by the Assistant.

Table 1-1 Functions of the Assistant

Function Description

Supporting the import of multiple test data

The Assistant analyzes the test data collected on WCDMA and GSM networks.

The Assistant supports the data collected from the following test devices: GENEX Probe, Qualcomm test UE, Huawei test UE, Huawei RNC, DTI scanner, Anritsu scanner, Probe Handset Unit (PHU). The Assistant also supports the import of TXT data. The Assistant provides preferable display and analysis for test indicators.

The Assistant supports multiple expanded types of DT data. For a new type of device, you need to update only the associated file.



Function Description

Supporting multiple modes of data display

The data display modes are as follows: Geographic display, curve chart, customized coordinates chart, Probability Distribution Function (PDF) chart, and data table. You can perform common operations such as moving or deleting operation on each chart.

The Assistant supports synchronization display of data in multiple windows. That is, the data in each window is dynamically displayed based on the time for selecting data in the main window. It supports synchronization display of data in all e-maps, charts, sheets, and signaling events.

Supporting multiple modes of data export

The Assistant can export data in .bmp, jpg, gif, png, .txt, or .xls format. Word collector: Using the word collector, the Assistant exports the browsed pictures and data tables to a specified file in .doc format. In this way, you need not copy and paste the pictures and tables.

Automatically generating analysis reports

The Assistant automatically generates analysis reports such as drive test reports, WCDMA KPI reports, GSM reports, scanner reports, custom reports, and theme reports.

New features Intelligent report system: The Assistant can automatically generate a DT summary report of WCDMA or GSM.

Parsing the perceptual evaluation of speech quality (PESQ) package: The Assistant can parse the PESQ packages of various marking mechanisms.

High speed uplink packet access (HSUPA) statistical analysis: It represents current network performance, parameter configuration, rate statistics, channel decoding statistics, and service performance, obtains uplink packet access (UPA) events by parsing L3 signaling, and uses different display modes to display UPA events.

1.3 Operation Mode The Assistant is a software used for post-processing, which can run without using any special hardware.

Correspondingly, the Probe is a foreground DT data collection software. It can collect signals through different devices such as scanner and UE. The Assistant imports the test data collected by the Probe from different test devices for analysis.

1.4 Application Scenarios The Assistant is used with the Probe in the following application scenarios:

BTS performance verification On the early stage of network construction, you need to test and evaluate the site

verification. Network performance evaluation

1 Introduction to the Assistant GENEX Assistant

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On the stage of network operation and maintenance, the Assistant analyzes the drive test data and thus provides a reference for network performance evaluation.

BTS fault location During the network operation, the Assistant can locate network faults by analyzing the test data.

1.5 Work Flow Figure 1-1 shows the flow chart of the Assistant.

Figure 1-1 Flow chart of the Assistant

Start

Installing the software

Creating a project

End

Analyzing data

Displaying analysis data

Creating a dataset

Importing analysis data Filtering analysis data Importing engineering parameters

Generating analysis data

Generating analysis reports



Table 1-2 lists the procedures in Assistant data post-processing process.

Table 1-2 Procedures for analyzing data

Step Operation Description Reference

1 Installing the software

Install the main program of the Assistant and the GENEX Shared components.

For details, see Chapter 2 Installing Software.

Creating a project

Create a project. For details, see section 4.1.2 "Creating a Project." 2

Opening a project

Open a project that already exists.

For details, see section 4.1.3 "Opening a Project."

Creating a dataset

Create a dataset. For details, see section 4.2.3 "Creating a Dataset." 3

Importing a dataset

Import a dataset that already exists.

For details, see section 4.2.2 "Importing a Dataset."

4 Importing analysis data

Import the data collected from multiple devices to the created dataset.

For details, see section "6.1 Importing Analysis Data."

5 Filtering analysis data

Filter the data that need not be analyzed.

For details, see section 6.2 "Filtering Exceptional Data."

6 Importing engineering parameters

Import configuration parameters to the created dataset.

For details about how to import engineering parameters, see section 4.3.3 "Importing Engineering Parameters."

For details about how to import neighboring parameters, see section 4.3.9 "Importing Neighbor Data."

For details about how to import Cell Individual Offset (CIO) parameters, see section 4.3.11 "Adding CIO Parameters."

7 Displaying analysis data

View analysis items using different methods.

For details about how to display data, see section 6.5 "Displaying Analysis Data."

For details of indicators, see chapter 7 "Analysis Indicator."

8 Generating analysis data

Generate analysis data. For details about how to export analysis data, see sections "6.6 Exporting Analysis Data."

9 Generating analysis reports

Generate various analysis reports.

For detailed about how to export analysis report, see chapter 8 "Analysis Report."

GENEX Assistant User Manual 2 Installing Software


2 Installing Software

About This Chapter


Section Describes

2.1 Installation Description The flow chart of installing the Assistant.

2.2 Checking Installation Environment

The required configuration for installing the Assistant.

2.3 Installing the GENEX Shared Components

The procedures for installing the GENEX Shared components.

2.4 Installing the Assistant The procedures for installing the Assistant.

2.5 License Management How to apply for and update a license.

2.6 Installation Check How to check whether the Assistant is installed.

2.7 Uninstalling Software The procedures for uninstalling GENEX software.

2 Installing Software GENEX Assistant

User Manual


2.1 Installation Description Figure 2-1 shows the flow chart of installing the Assistant.

Figure 2-1 Flow chart

Start

Checking installation environment

Installing the GENEX Shared

Installing the GENEX Assistant

End

2.2 Checking Installation Environment 2.2.1 Checking System Configuration

Table 2-1 lists the hardware required for installing and operating the Assistant.

Table 2-1 System configuration

Configuration Type Configuration Item Installation Requirement

CPU Pentium III 1 GHz

Memory 256MB

Minimum configuration

Hard disk 1 GB spare disk space

CPU Pentium III IV 1.4GHz

Memory 512 MB

Recommended configuration

Hard disk 10 GB spare disk space or more

Video graphics adapters (VGA)

1024 x 768, 16-bit color or higher Common configuration

External interface At least one parallel port or USB port to connect the dongle



Configuration Type Configuration Item Installation Requirement

Operating system Windows 2000 SP3 or a later version

2.2.2 Checking System Environment The items to be checked are as follows:

Whether the power of the display is well connected Whether the power load of the socket exceeds the permissible load (If the load is too

high, a fire accident may occur.)

2.3 Installing the GENEX Shared Components

The GENEX Shared components support the Assistant. To ensure that other GENEX products can work properly, the GENEX Shared components are not

removed if you uninstall the Assistant. If the GENEX Shared components are installed on your computer, skip the installation of the

components. In case of the Assistant upgrade, Huawei recommends that the GENEX Shared components be reinstalled because the components may also be upgraded.

To install the GENEX Shared components, perform the following steps:

Step 1 Double-click the setup.exe file. The InstallShield Wizard dialog box is displayed.

Step 2 Click Next.

Step 3 In the License Agreement dialog box, click Yes.

Step 4 When the installation is complete, Click Finish.

The following components are automatically installed:

MapX components: support the Map process. TeeChart components: refer to the development controls on the icon interface. OWC components: provide the automatic control for uploading the electronic sheets,

charts, and database to the Web. Dongle driver: maintains the version authorization.

----End

2.4 Installing the Assistant To install the Assistant, perform the following steps:

Step 1 Double-click the setup.exe file. The InstallShield Wizard dialog box is displayed.

Step 2 Click Next.

Step 3 In the License Agreement dialog box, select I accept the items of the license agreement.


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Step 4 Click Next.

Step 5 In the Customer Information dialog box shown in Figure 2-2, enter names in the User name and Company name fields.

Figure 2-2 Customer Information dialog box

Step 6 Click Next.

Step 7 In the Choose Destination Location dialog box, click Change to specify the directory for saving the Assistant.

Step 8 Click Next.

Step 9 In the Ready to Install the Program dialog box, click Install.

Step 10 When the installation is complete, click Finish.

----End

2.5 License Management 2.5.1 Plugging in the Dongle

The functions of the Assistant are controlled by the dongle. To use all the functions of the Assistant, you must plug in the dongle.



The dongle is a device that provides the user with the authorization to use the Assistant. License is integrated with the dongle. Therefore, you must plug the dongle into the computer to obtain the permission to use the Assistant. For the detailed installation of the dongle, refer to the relevant usage guide.

The dongle does not support remote login. For remote login, you need a software license.

2.5.2 Updating License When a license file, that is, the .lic file expires, you need to update the license file.

To update a license file, perform the following steps:

Step 1 Choose Start > All Programs > GENEX Drive Test Solution > GENEX Assistant 1.53 > Assistant to run the Assistant main program.

Step 2 On the displayed main interface of Assistant, choose Help > View ESN.

Step 3 Send the ESN to Huawei technical support engineer and wait for a new license.

Normally, the new license will be delivered in two to three days.

Step 4 Update the new license for the dongle.

1. On the main interface of Assistant, choose Help > Update License. 2. In the Update License dialog box, click Browse to select the new license (.lic file). 3. Click Update. 4. In the displayed dialog box for confirmation, click OK.

When updating the new license for the dongle, ensure that only the dongle for the Assistant is plugged into the computer.

----End

2.5.3 Viewing License Information Choose Help > License Info. View the license information in the displayed License Info dialog box.

2.6 Installation Check 2.6.1 Confirming the Version Information

Choose Help > About Assistant in the main window of the Assistant. View the version information in the About Assistant window.

2.6.2 Description of the Installation Directory After the Assistant is installed, the following directory structure is formed in the installation directory, as listed in Table 2-2.


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Table 2-2 Directory structure of the Assistant

Folder Description

Analyse Stores application analysis modules.

Config Stores files of GPS filter configuration and intelligent report configuration.

Device Stores data import modules.

Log Stores running logs of applications.

Ph_Mes Stores the message parsing files such as RRC and NAS.

Python Stores customized event configuration modules.

Supportfile Stores the message parsing files such as GSM Medium Access Control (MAC)/Radio Link Control (RLC).

Wh_Mes Stores unpack files and agreement files.

Bin

XMLPath Stores custom event files based on signaling procedures.

Chinese Stores Chinese help documents. pdf manual

English Stores English help documents.

Sample Stores the template files that require for importing custom configuration files, such as template file for engineering parameters, neighbor cell import, WCDMA CIO, and TXT indicators.

Template Stores the template files that the system uses to automatically generate reports, such as GSM event report.

2.7 Uninstalling Software 2.7.1 Uninstalling the GENEX Shared Components

You can use either of the following methods to uninstall the GENEX Shared components:

Double-click the Setup.exe file in the software installation disk. Choose Start > Control Panel, double-click Add or Delete Programs, and then select

the Shared components to uninstall.

This section takes the second method as an example to describe how to uninstall the Shared components. To uninstall the Shared components, perform the following steps:

Step 1 Choose Start > Control Panel. Double-click Add or Remove Programs.

Step 2 Select Shared, and then click Remove.

Step 3 In the Modify, repair, or remove the program dialog box, select Remove.

Step 4 Click Next.



Step 5 In the Confirm Uninstall dialog box, click OK.

Step 6 After the Shared components are uninstalled, click Finish.

----End

2.7.2 Uninstalling the Assistant You can use any of the following methods to uninstall the Assistant software:

Double-click the Setup.exe file in the software installation disk. Choose Start > Control Panel. Double-click Add or Delete Programs, and then select

the Assistant software to be uninstalled. Choose Start > All Programs > GENEX Drive Test Solution > GENEX Assistant

1.53 > Uninstall Assistant.

This section takes the third method as an example to describe how to uninstall the Assistant software.

To uninstall the Assistant software, perform the following steps:

Step 1 Choose Start > All Program > GENEX Drive Test Solution > GENEX Assistant 1.53 > Uninstall Assistant.

Step 2 In the Modify, repair, or remove the program dialog box, select Remove.

Step 3 Click Next.

Step 4 In the Confirm Uninstall dialog box, click OK.

The system starts to uninstall the Assistant.

Step 5 After the Assistant is uninstalled, click Finish.

The uninstall of the Assistant is complete.

----End

GENEX Assistant User Manual 3 User Interface


3 User Interface

About This Chapter


Section Describes

3.1 Main Interface The main interface of the Assistant.

3.2 Menu Bar The system menus in the main interface.

3.3 Toolbar The toolbar in the main interface.

3.4 Navigation Tree The navigation tree in the main interface.

3.5 Operation Interface The operation interface in the main interface.

3.6 Property View The property view in the main interface.

3.7 System Status Bar The system status bar in the main interface.

3.8 Data Window The display window of five types of data.

3 User Interface GENEX Assistant

User Manual


3.1 Main Interface Figure 3-1 shows the main interface of the Assistant.

Figure 3-1 Main interface of the Assistant

Table 3-1 lists the elements in the main interface.

Table 3-1 Elements in the main interface

Number Description

(1) Menu bar. See section 3.2 "Menu Bar."

(2) Toolbar. See section 3.3 "Toolbar."

(3) Navigation tree. See section 3.4 "Navigation Tree."

(4) Operation interface. See section 3.5 "Operation Interface."

(5) Property view. See section 3.6 "Property View."

(6) System status bar. See section 3.7 "System Status Bar."



3.2 Menu Bar 3.2.1 Overview

The system menu bar comprises five menus, namely, Project, Dataset, View, Window, and Help. You can perform operations to the Assistant through the system menu bar.

3.2.2 Project Menu Table 3-2 lists the functions of the items on the Project menu.

Table 3-2 Functions of the items on the Project menu

Submenu Function Reference

New Project Creates a project For details, see section 4.1.2 "Creating a Project."

Open Project Opens a project For details, see section 4.1.3 "Opening a Project."

Close Project Closes a project For details, see section 4.1.4 "Closing a Project."

Import Dataset Imports a dataset For details, see section 4.2.2 "Importing a Dataset."

Set Map Path Sets a map path For details, see section 5.1.3 "Importing a MapInfo Map."

Remove Map Path Removes a map path For details, see section 5.1.4 "Deleting a MapInfo Map."

Exit Exits the Assistant -

3.2.3 Dataset Menu Table 3-3 lists the functions of the items on the Dataset menu.

Table 3-3 Description of items on the Dataset menu


New Dataset Creating a dataset For details, see section 4.2.3 "Creating a Dataset."

Remove Dataset Removing a dataset For details, see section 4.2.4 "Removing a Dataset."

Export Dataset Exporting a dataset For details, see section 4.2.5 "Exporting a Dataset."


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Modify Dataset Property

Modifying the dataset property

For details about dataset property, see section 4.2.6 "Modifying the Dataset Property."

Delete Exceptional Data

Deleting exceptional data For details, see section 6.2 "Filtering Exceptional Data."

Filter Filtering indicators For details, see section 6.3 "Filtering Indicator."

Unlock Dataset GPS Range

Unlocking the current dataset

For details on the locking of dataset, see section 6.5.7 "Locking Analysis Data."

Import File List Indicating the list of imported files

For details, see section 6.1.6 "Viewing the List of Imported Files."

Report Wizard Indicating the intelligent report function

For details, see section 8.3 "Generating Reports Through the Wizard."

WCDMA CIO Manager

Referring to the WCDMA CIO parameter manager

For details, see section 4.3.11 "Adding CIO Parameters."

Combine Device Combining devices For details, see section 6.4 "Combining Analysis Data."

Import Engineering Parameter

Importing engineering parameters

For details, see section 4.3.3 "Importing Engineering Parameters."

Import Neighbor Cell Config

Importing the configuration of neighbors

For details, see section 4.3.9 "Importing Neighbor Data."

Display on Map Displaying data on a map For details, see section 3.8.2 "Map Window."

Display on Chart Displaying data on a chart

For details, see section 3.8.3 "Graph Window."

Display on Caky Displaying data on a pie chart


Display on Histogram Displaying data on a histogram


Display on Sheet Displaying data on a sheet

For details, see section 3.8.4 "Sheet Window."

3.2.4 View Menu Table 3-4 lists the functions of the items on the View menu.



Table 3-4 Functions of the items on the View menu


Tool bars Determining whether to display tool bars

Standard Tool bar: Determines whether to display the standard tool bar. See section 3.3.2 "Standard Tool bar."

Project Bar: Determines whether to display the Project tab page in the navigation area.

Map Legend Bar: Determines whether to display the Map Legend tab page in the navigation area.

Word Collector Bar: Determines whether to display the Word Collector tab page in the navigation area.

Status Bar Determining whether to display the status bar

-

Properties Bar Determining whether to display the properties bar

WCDMA Scanner Coverage Bar: Determines whether to display the WCDMA Scanner Coverage tab page in the property view.

WCDMA UE Measurement Bar: Determines whether to display the WCDMA UE Measurement tab page in the property view.

GSM MS Measurement Bar: Determines whether to display the GSM MS Measurement tab page in the property view.

Site Information Bar: Determines whether to display the Site Information tab page in the property view.

Application Look

Selecting the look of applications

You can select the look of Microsoft Visual Studio 97/2005/.Net, Office 2003, and Windows XP.

3.2.5 Window Menu Table 3-5 lists the functions of the items on the Window menu.

Table 3-5 Functions of the items on the Window menu


Cascade Cascading displayed windows

When Cascade is selected, the Assistant cascades the displayed windows.


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Tile Horizontal Displaying windows in a tile horizontal way

When Tile Horizontal is selected, the Assistant horizontally drags all displayed windows on the operation interface and displays them from top to bottom.

Tile Vertical Displaying windows in a tile vertical way

When Tile Vertical is selected, the Assistant vertically pulls all displayed windows on the operation interface and displays them from left to right.

Arrange Icons Arranging icons When Arrange Icons is selected, the Assistant ranges all minimized windows displayed on the operation interface.

Close All Windows

Closing all windows

When Close All Windows is selected, the Assistant closes all displayed windows on the operation interface.

3.2.6 Help Menu Table 3-6 lists the functions of the items on the Help menu.

Table 3-6 Functions of the items on the Help menu

Submenu Function

Help Providing help documents

About Assistant dialog box Providing information about the Assistant

View ESN Viewing the electronic serial number (ESN) of the dongle

View License Viewing the license information about the dongle

Update License Updating the license

3.3 Toolbar 3.3.1 Overview

You can perform common operations through the tool bar.

3.3.2 Standard Tool bar Figure 3-2 shows the standard tool bar.



Figure 3-2 Standard tool bar

Table 3-7 lists the functions of the buttons on the tool bar.

Table 3-7 Functions of the icons on the standard tool bar

Button Function

Creating a project

Opening a project

Closing a project

Creating a dataset

Setting a map path

Generating an intelligent report

Modifying the dataset property

Providing the Assistant help documents

Providing the version information about the Assistant

Adding or deleting a button on the tool bar

3.3.3 Map Tool bar The map tool bar is used when data is displayed on a map. For details about data display modes, see section 6.5.2 Displaying Data on a Map."

Table 3-8 lists the functions of the icons on the map tool bar.

Table 3-8 Functions of the icons on the map tool bar

Button Function

Displaying engineering parameters For details, see section 4.3.7 "Modifying the Display Mode for Engineering Parameters."

Playing the data back and controls data playback For details, see section 6.5.2 "Data Playback Control."


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Button Function

Locking data For details, see section 6.5.7 "Locking Analysis Data."

Operating a map

Selecting data

Measuring distance You can measure custom distance and the total distance of selected data.

Changing map layers For details, see section 5.3 "Operating a Map Layer."

Displaying or hiding legends For details, see section 5.2.11 "Displaying or Hiding a Legend."

Setting up projection For details, see section 6.5.2 "Setting Projection Reference Frame."

Importing indoor and outdoor raster maps For details, see sections 5.1.5 "Importing an Outdoor Raster Map" and 5.1.6 "Importing an Indoor Raster Map."

Copying the images on the map window to clipboard in .png format.

Exporting the data For details, see section 6.6.3 "Exporting Data from a Map."

Exporting various types of data to a .doc file For details, see section 6.6.2 "Exporting Data Through Word Collector."

Setting legends and legend identifiers For details, see sections 5.2.12 "Setting a Legend Style", 5.2.10 "Modifying a Legend Theme", and 5.2.8 "Loading a Legend for Parameters."

Saving to the current location, download location, and viewing the complete graph.

Displays the ruler and raster on a map.



3.3.4 Chart Tool bar You can use the icons on the chart tool bar when you query data in a diagram, histogram, pie chart, or customized diagram. For details on data query, see 6.5.3 "Displaying Data on a Chart."

Figure 3-3 shows the chart tool bar.

Figure 3-3 Chart Tool bar

Table 3-9 lists the functions of the icons on the chart tool bar.

Table 3-9 Buttons on the chart tool bar

Button Function

Indicating the normal mode

Rotating a chart

Moving a chart

Zooming in on a chart

Adjusting the depth of a chart

Displaying a chart in 3D mode

Setting the properties of a chart

Printing a selected chart

Snapshooting an active window

Saving the current chart

3.3.5 Sheet Tool bar You can use the icons on the sheet tool bar when you query data in sheet mode. For details, see section 6.5.4 "Displaying Data on a Sheet." Figure 3-4 shows the sheet tool bar.

Figure 3-4 Sheet tool bar

Table 3-10 lists the functions of the icons on the sheet tool bar.


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Table 3-10 Buttons on the sheet tool bar

Button Function

Selecting and reselecting data

Copying the selected data in the sheet

Searching for the data in the sheet

Deleting the selected data This operation permanently deletes the data from database.

Collecting the data statistics For details, see section 6.5.4 "Displaying Data on a Sheet."

Exporting the data For details, see section 6.6.4 "Exporting Data From a Sheet."

Exporting various types of data to a .doc file For details, see section 6.6.2 "Exporting Data Through Word Collector."

Locking the data For details, see section 6.5.7 "Locking Analysis Data."

Measuring the length of the area for the selected data

3.3.6 Engineering Parameter Tool bar The engineering parameter tool bar is used for importing engineering parameters. Figure 3-5 shows the engineering parameter tool bar. For details about how to import engineering parameters, see section 4.3.3 "Importing Engineering Parameters."

Figure 3-5 Engineering parameter tool bar

Table 3-11 lists the functions of the icons on the engineering parameter tool bar.

Table 3-11 Icons on the engineering parameter tool bar

Button Function

Opening an engineering parameter file

Verifying data

Importing engineering parameters

Exporting engineering parameters



Button Function

Saving engineering parameters

Converting frequency and ARFCN

Selecting a table header

Automatically matching with a table header

Canceling the header match

Canceling the match for all headers

Copying engineering parameters

Displaying the names of matched headers

3.4 Navigation Tree 3.4.1 Overview

The navigation tree comprises three tab pages, namely, Project, Map Legend, and Word Collector, as shown in Figure 3-6.

Figure 3-6 Navigation tree

3.4.2 Project Tab Page On the Project tab page, various types of data are sorted out. Thus, you can view and analyze data in the data window. For details about the indicators on the tab page, see chapter 7 "Analysis Indicator".

3.4.3 Map Legend Tab Page The Map Legend tab page shows default and customized legends.

For details on custom legends, see section 5.2 "Operating a Legend."


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3.4.4 Word Collector Tab Page On the Word Collector tab page, you can collect all types of information and import the information to a .doc file.

For details on the word collector, see section 6.6.2 "Exporting Data Through Word Collector."

3.5 Operation Interface The Assistant work platform contains the tabs for the display and analysis of various test data. Each tab on the tool bar stands for a window, for example, the Chart, the Sheet, the Map, or the Message window.

You can range the windows by using the options on the Window menu. Figure 3-7 shows the operation interface.

Figure 3-7 Operation interface of the Assistant

3.6 Property View 3.6.1 Overview

The property view comprises four tab pages, namely, WCDMA Scanner Coverage, WCDMA MS Pilot Measurement, GSM MS Measurement and Site Information, as shown in Figure 3-8.



Figure 3-8 Property view

Choose View > Property Bar. In the displayed submenu, choose an option to display the corresponding tab.

3.6.2 WCDMA Scanner Coverage Tab Page The WCDMA Scanner Coverage tab page shows the WCDMA scanner test information about the selected DT point.

Table 3-12 lists the indicators on the WCDMA Scanner Coverage tab page.

Table 3-12 Indicators on the WCDMA Scanner Coverage tab page

Field Remarks

Longitude Longitude

Latitude Latitude

Date Date

Time Time

RSCP Received signal code power

Ec/Io Signal noise ratio of the forward pilot channel

Io Total received power

Frequency Frequency

3.6.3 WCDMA MS Pilot Measurement Tab Page The WCDMA MS Pilot Measurement tab page shows the information about the active set, monitor set, and detected set of a selected DT point.

The indicators on the WCDMA MS Pilot Measurement tab page are the same as those on the WCDMA Scanner Coverage tab page.


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3.6.4 GSM MS Measurement Tab Page The GSM MS Measurement tab page shows the information about cells and the GSM networks which the selected DT points belong to.

Table 3-13 lists the indicators on the GSM MS Measurement tab page.

Table 3-13 Indicators on the GSM MS Measurement tab page

Field Remarks

Longitude Longitude

Latitude Latitude

Date Date

Time Time

3.6.5 Site Information Tab Page The Site Information tab page shows the information about the current selected site.

For the details about how to import site information, see section 4.3.3 "Importing Engineering Parameters."

3.7 System Status Bar Table 3-14 lists the buttons on the status bar.

Table 3-14 Areas on the status bar

Parameter Function

The menu prompt tells the function description of this menu when the menu is chosen.

When you measure distance, the map scale shows the actual distance and total distance between two closest points.

Displaying the longitude and latitude value of the point where the pointer is placed.

This information shows the status of the following buttons: CAP, NUM, and SCRL.



3.8 Data Window 3.8.1 Overview

The data window is displayed in the operation interface. You can use multiple modes to display the data through shortcut menus. The following sections introduce the map mode, chart mode, sheet mode, histogram mode, and pie chart mode.

3.8.2 Map Window The map window geographically displays test data. Thus, you can view the geographic distribution of data in an intuitive way. Figure 3-9 shows the map window.

Figure 3-9 Map window

3.8.3 Graph Window Graph windows are categorized into chart, histogram, pie chart, and customized modes.

The graph mode, shown in Figure 3-10, displays the distribution of the data with time.


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Figure 3-10 Graph mode

The histogram mode, shown in Figure 3-11, shows the distribution of data statistics in histogram mode.



Figure 3-11 Histogram mode

The pie chart, shown in Figure 3-12, displays the distribution of data.


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Figure 3-12 Pie chart mode

Generally, the X axis stands for time and the Y axis stands for a parameter value, as shown in Figure 3-10. In custom diagram mode, you can customize the parameters for the X axis and Y axis. Figure 3-13 shows the custom diagram mode.



Figure 3-13 Customized chart mode

3.8.4 Sheet Window The sheet mode, shown in Figure 3-14, sorts the data by time to facilitate users' viewing and statistics collection.


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Figure 3-14 Sheet window

3.8.5 Operations in the Data Window On the Assistant main interface, you can perform the following operations on the data window of the operation interface.

Opening a window Moving a window Cascading a window Closing a window Opening a window

Opening a Window To open a data display window, perform the following steps:

Step 1 Choose Project > New Project to create a project.

For details, see section 4.1.2 "Creating a Project."

Step 2 Choose Dataset > New Dataset to create a dataset.

For details, see section 4.2.3 "Creating a Dataset."

Step 3 Right-click the new database in the navigation area and select Import Test Data from the shortcut menu.

For details, see chapter 6 "Analysis Data Management."



Step 4 Double-click an equipment node. Right-click an indicator node and select a display mode from the shortcut menu. A data window is displayed.

For details about the data display modes, see section 6.5 "Displaying Analysis Data."

If you double-click an indicator node, the data window is displayed in the default display mode.

----End

Moving a Window To move a window, you can click the title bar of a data window and hold the left mouse button, and then move the mouse.

If a data window is in the maximized state, you need to normalize or minimize the window.

Cascading a Window You can use four methods to cascade a window. For details, see section 3.2.5 "Window Menu."

Closing a Window You can use either of the following methods to close a window:

Select a data window and click .on the top right of the window.

On the tool bar at the lower right corner of the data window, click and to view

a window and click to close the selected window. For details, see section 3.5 "Operation Interface."

Choose Window > Close All Windows to close all windows.

GENEX Assistant User Manual 4 Project Management


4 Project Management

About This Chapter


Section Describes

4.1 Managing Engineering Files How to manage project files.

4.2 Managing a Dataset How to manage datasets.

4.3 Managing Engineering Parameters How to manage engineering parameters.

4.4 Managing History Log How to view operations in history logs.

4 Project Management GENEX Assistant

User Manual


4.1 Managing Engineering Files 4.1.1 Overview

In the Assistant, a project corresponds to an area or a city, and a dataset saves the data of one drive test. You can perform multiple DTs in an area or a city. Similarly, a project contains multiple datasets. Each database maps to a single folder in the directory of the project. The dataset saves the data collected from multiple test devices.

4.1.2 Creating a Project To create a project, perform the following steps:

Step 1 Choose Project > New Project.

The New Project dialog box is displayed, as shown in Figure 4-1.

Figure 4-1 New Project dialog box

Step 2 In the New Project dialog box, you can perform the following operations:

Enter the project name in the Project Name field. Specify the project path in the Project Path field. Specify the map file path in the Map Path field. You can also specify the map file path

after a project is created. For details, see section 5.1.3 "Importing a MapInfo Map." After a map path is set, all the maps of the project can share this map.

Step 3 Click OK. In the New Dataset dialog box, set the attributes of the dataset. For a detailed attribute description, see section 4.2.7 "Parameter Description."

----End



4.1.3 Opening a Project To open a project, perform the following steps:

Step 1 Choose Project > Open Project.

Step 2 Select a project file in the displayed dialog box, and then click Open.

----End

4.1.4 Closing a Project You can choose File > Close Project to close a project.

4.2 Managing a Dataset 4.2.1 Overview

Before data analysis, a dataset must be created for importing data. A dataset saves the data of one drive test. You can create multiple datasets to save the test data collected from independent devices. Each dataset is saved in a folder in the directory of the project. The dataset file is in .mdb format.

4.2.2 Importing a Dataset To import a dataset, perform the following steps:

Step 1 Choose Project > Import Dataset.

The Open dialog box is displayed.

Step 2 Select an .mdb file, and then click Open.

----End

4.2.3 Creating a Dataset To create a dataset, perform the following steps:

Step 1 Choose Project > New Dataset.

The New Dataset dialog box is displayed, as shown in Figure 4-2.


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Figure 4-2 New Dataset dialog box

Step 2 Modify the property of the dataset in the displayed dialog box.

For parameter description, see section 4.2.7 "Parameter Description."

Step 3 Click OK.

----End

4.2.4 Removing a Dataset To remove a dataset, perform the following steps:

Step 1 Select a dataset to be removed.

Step 2 Choose Dataset > Remove Dataset.

The Assistant dialog box is displayed, as shown in Figure 4-3.

Figure 4-3 Assistant dialog box



Step 3 Click OK.

----End

4.2.5 Exporting a Dataset To export a dataset, perform the following steps:

Step 1 Select a dataset to be exported.

Step 2 Choose Dataset > Export Dataset.

A dialog box is displayed. In the dialog box, name the exported dataset. The extension name of the dataset is mdb.

Step 3 Click Save.

----End

4.2.6 Modifying the Dataset Property To modify the property of a dataset, perform the following steps:

Step 1 Select a dataset in an opened project.

Step 2 Choose Dataset > Modify Dataset Property.

The Modify Dataset Property dialog box is displayed, as shown in Figure 4-4.

Figure 4-4 Modify Dataset Property dialog box

Step 3 Set the parameters on the Setting and Binning Type tab pages. After a dataset is created, the dataset name cannot be changed.


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For parameter description, see section 4.2.7 "Parameter Description."

Step 4 Click OK to modify the property.

----End

4.2.7 Parameter Description When you create a dataset or modifying the property of a dataset, the Modify Dataset Property dialog box is displayed. This section describes the parameters in the dialog box.

Dataset Name Tab Page Enter the name of a dataset on the Dataset Name tab page when you create a dataset. This part takes OnlineHelp as an example. After the establishment of the dataset, the OnlineHelp dataset is displayed in the navigation area shown in Figure 4-5.

After a dataset is created, the dataset name cannot be changed.

Figure 4-5 Dataset in the navigation area

Setting Tab Page The Setting tab page is used to set the network parameters and the attributes of the KPI. Table 4-1 lists the parameters on the Setting tab page.

Table 4-1 Parameters on the Setting tab page

Parameter Description

Scanner Simulate SHO Parameters

Threshold (dB) Sets the thresholds for events 1A through 1B.

Hysteresis (dB) Sets the hysteresis for events 1A through 1D.

Time to Trigger (s) Sets the trigger delay for events 1A through 1D.

Active Set Size Sets the number of active set.

Pilot Pollution

Threshold Sets the received signal code power (RSCP) difference between the best cell and cells entering the active set.




RSCP Threshold Sets the minimum RSCP of a cell that enters the active set.

Active Set Size Sets the number of active set. That is, when the number of cells in the active set is greater than the number of active set, the cell with lowest RSCP is considered to be a cell that leads to pilot pollution.

Neighbor Cell

RSCP Threshold If the measured RSCP of two adjacent test points exceeds or equals the RSCP threshold, and two cells are available at the same time, the neighbor count of the two cells should be incremented by one.

Count Threshold If the neighbor count of any two cells exceeds or equals the count threshold, the two cells are neighbors.

HSDPA Crossing Table

UL to DL Time Offset (subframe) Sets the frame offset when the uplink CQI is sent to the downlink.

BLER(Block Error Rate)Threshold

Uplink (%) Threshold for higher value of uplink BLER.

Downlink (%) Threshold for higher value of downlink BLER.

GSM Analysis

RxLev Query Condition

Received level query.

Logic(AND | OR) Logical operator, that is, AND or OR.

Coverage

RxQual Query Condition

Quality of received signal.

RxLev Drop

Jump Sharply Drastic drop of received level.

RxQual Drop

Jump Sharply Drastic drop of received signal quality.

TA Time advance. It is used for compensating the time delay in radio propagation.

Island

RxLev Received level.

Import Filter Config

GSM GPRS MAC Signaling Message(YES | NO)

Sets whether the MAC signaling can be imported.


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Neighbor Info(YES | NO)

Sets whether the neighbor signaling can be imported.

Load MS Measurement Config

Files Size Threshold(M) Sets file threshold. The default value is 200 MB. If the file size is less than or equals 200 MB, the system loads the attribute. Otherwise, the system does not load the attribute.

WCDMA KPI

ECIO (≥) The signal noise ratio of the forward pilot channel. It is greater than or equal to –12.

Coverage Rate

RSCP (≥) The received signal code power. It is greater than or equal to –95.

PDP Success Rate

(RRC:0 | PDP:1) Request

The packet data protocol success rate. 0: Radio resource control request. 1: Packet data protocol request.

PS Date Service

Is Visible (Yes:1 | No:0)

Sets whether to display the six events and parameter settings of two KPIs related to the PS.

1: Display 0: Not display

The six events related to the PS are DataServiceAcpt, DataServiceRej, DataServiceSetupFail, DtatServiceDropped, DataServiceCompleted, and DataServiceReq.

The two KPIs related to the PS are PS Service Drop Rate and PS Data Service Statistics.

Binning Type Tab Page The Binning Type tab page is used to set the binning type and value fetch for the imported test data. Table 4-2 lists the parameters in the Binning Type tab page.

Table 4-2 Parameters on the Binning Type tab page


Distance Binning

Processes DT data on the distance spacing basis. Measures the spacing by distance and uses the average value.

Binning Type

Raster Binning Divides the ground surface into small grids based on the longitude and latitude basis. You can set the height and width for a raster.




Time Binning Processes the DT data based on time intervals, that is, uses the average value of the DT data that is collected during a certain period of time.

No Binning Performs no binning to DT data. This is recommended when you analyze detailed data.

Average Value Obtains the average value of the data collected from all points in a region after the geographic binning.

Max Value Obtains the maximum value of data collected from all points in the region after the geographic binning.

Value Fetch

Min Value Obtains the minimum value of data collected from all points in a region after the geographic binning.

Disperse Data Determines whether to perform the data dispersing. In the case of bus stop in a drive test, test data is concentrated on one point. The Assistant disperses the data collected during bus stop into the data collected several seconds before the bus starts off. In the way, the data can be evenly displayed on the map.

4.3 Managing Engineering Parameters 4.3.1 Overview

This section describes engineering data such as engineering parameters, neighbor data, and CIO parameters. Engineering parameters indicate the information about the cells that are adjacent to DT points. You can import engineering data according to your requirements.

The engineering parameter table lists all the information about a cell. The neighboring data indicates the relation between neighbors. CIO indicates cell individual offset. In the analysis of virtual neighboring cells through the scanner,

CIO is the additional value to the handover threshold of each cell, and controls the difficulty degrees of the soft handover between different cells.

4.3.2 Introduction to Engineering Parameters Engineering parameter tables are categorized into two types, namely, WCDMA and GSM. Table 4-3 and Table 4-4 list the fields in the engineering parameter tables.

Table 4-3 Fields in the WCDMA engineering parameter table

Field Description Mandatory (Yes/No)

RNCID Radio Network Controller ID No

NodeBID NodeB ID No


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NodeBName NodeB name No

NodeBType NodeB type No

SectorID Sector ID No

Cell ID Cell ID Yes

CellName Cell name No

UARFCN UTRAN absolute radio frequency channel number

Yes

P-SC Primary scrambling code (0-511) Yes

Longitude Longitude of a cell Yes

Latitude Latitude of a cell Yes

Azimuth Azimuth (degree) Yes

DownTilt Downtilt (degree) No

E-DownTilt Built-in electric downtilt (degree) No

M-DownTilt Machine downtilt angle (degree) No

GroudHeight Antenna ground height No

Altitude Antenna altitude No

AntennaType Antenna type No

AntennaGain Antenna gain No

H-Beamwidth Width of horizontal half-power beam

No

V-Beamwidth Width of vertical half-power beam No

FeederType Feeder type No

FeederLength Feeder length No

NodeBCE Number of NodeB CEs No

ActiveStatus Whether the cell is available No

Outdoor Outdoor station No

TMA Tower-mounted amplifier No

Table 4-4 Fields in the GSM engineering parameter table


SiteID Site ID No




SiteName Site name No

CellNum Number of cells No

CellName Cell name No

CI Cell identity Yes

Longitude Longitude of a cell Yes

Latitude Latitude of a cell Yes

Azimuth Azimuth (degree) No

ModuleID Module ID No

CGI Cell global identity No

LAC Location area code No

BCCH Broadcast control channel Yes

Alarm of TCH Congestion Cell

Traffic channel No

BSIC Base station identity code No

AntennaHeight Antenna height No

DownTilt Down tilt angle No

Altitude Antenna altitude No

SiteCode Site code No

Hopping Hopping (Yes/No) No

Area Area No

SiteConfig Site configuration No

SiteType Site type No

CombinerManner Combiner manner No

GPRS General packet radio service No

AntennaName Antenna name No

Polarization Polarization No

AntennaGain Antenna gain No

4.3.3 Importing Engineering Parameters To import engineering parameters, perform the following steps:

Step 1 On the Project tab page in the navigation area, select a dataset.


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Step 2 Right-click the dataset. Choose Engineer Parameter Management from the shortcut menu. Then, select WCDMA or GSM based on the test data.

If you select GSM, the GSM Parameter window is displayed, as shown in Figure 4-6.

Figure 4-6 GSM Parameter window

Step 3 Click . The Please select the Excel file and sheet dialog box is displayed, as shown in Figure 4-7

Figure 4-7 Please select the Excel file and sheet dialog box

Perform the following operations in the Please select the Excel file and sheet dialog box:

1. Click . Select the GSM engineering parameter file (in .xls or .csv format) to be imported and click Open.

2. In the Sheet List drop-down list, select the sheet where the engineering parameter is located.



When editing the imported engineering parameter file, you need to comply with the requirements in the Specification sheet of the engineering parameter template. The engineering parameter template of the corresponding network mode is located in the software installation directory\sample directory.

Step 4 Click OK, and wait until the GSM engineering parameter is displayed in the GSM Parameter window, as shown in Figure 4-8.

Figure 4-8 GSM Parameter window (displaying the engineering parameter)

Step 5 Click to check the validity of the mandatory field of the engineering parameters. For details of engineering parameters, see section 4.3.2 "Introduction to Engineering Parameters."

If… Then…

A dialog box is displayed Perform Step 6 through Step 10

No dialog box is displayed Perform Step 9 through Step 10

Step 6 In the displayed dialog box, click OK.

This takes SiteID as an example. If the system detects an unmatched field of SiteID in the engineering parameters, such as the SiteID field shown in Figure 4-8, a dialog box is displayed, as shown in Figure 4-9.


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Figure 4-9 Existing unmatched field in the engineering parameters

Step 7 Process the unmatched field.

Right-click in the GSM Parameter window, and choose Required Fields > SiteID in the shortcut menu.

Step 8 Click . If the dialog box prompting unmatched field is displayed, repeat Step 6 through Step 8 until no dialog box is displayed.

Step 9 Click to import the engineering parameters.

Step 10 After the import is complete, click OK in the displayed dialog box.

The system exits from the GSM Parameter window and the site data is automatically displayed on the map in the opened map window.

If you want to view the imported engineering parameters, you need to open the engineering parameters again. For details on how to operate a table, see Table 3-11.

----End

4.3.4 Exporting Engineering Parameters You can export engineering parameters in the GSM/WCDMA Parameter window. The engineering parameters are exported in .xls format.

Figure 4-10 shows the icon that is used for exporting engineering parameters. The icon highlighted in yellow is export icon.



Figure 4-10 Icon used for exporting engineering parameters

4.3.5 Saving and Copying Engineering Parameters You can save and copy engineering parameters in the GSM/WCDMA Parameter window. The engineering parameters are saved in the local dataset in .xls format.

Figure 4-11 shows the icons that are used for exporting engineering parameters. The icons highlighted in yellow are save icon and copy icon.

Figure 4-11 Icons used for saving and copying engineering parameters

4.3.6 Configuring Engineering Parameters To configure engineering parameters in a dataset, perform the following steps:


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The Assistant displays only the selected engineering parameters on a map.


Step 2 Right-click the dataset and choose Engineering Parameter Management > Engineering Setting.

The Engineering Parameter dialog box is displayed, as shown in Figure 4-12.

Figure 4-12 Engineering Parameter dialog box

Step 3 Perform relevant operations on the WCDMA or GSM tab page.

Table 4-5 lists the functions of buttons on the tab page.

Table 4-5 Functions of buttons on the tab page

Button Function

Moving all parameters in the Available Parameters pane to the Selected Parameters pane.

Moving the selected parameters in the Available Parameters pane to the Selected Parameters pane.

Moving the selected parameters in the Selected Parameters pane to the Available Parameters pane.

Moving all parameters in the Selected Parameters pane to the Available Parameters pane.



Step 4 Select the Setting tab, as shown in Figure 4-13.

Figure 4-13 Setting tab page

Step 5 In the Display on map group box, set the relevant parameters.

Table 4-6 lists the parameters on the Setting tab page.

Table 4-6 Description of the parameters


Site display Sets the site display method. The methods are as follows: All sites: displays all sites on the map. Sites nearby test route: displays only the sites located near the test route. You can set the test route in the Expand distance (KM) field. For details about how to set the test route, see Expand distance (KM) in this table.

None: displays no sites.

GSM label Selects the GSM site identifications to be displayed, such as SiteID, SiteName, Longitude, and Latitude. By default, No Label is selected.

WCDMA label Selects the WCDMA site identifications to be displayed, such as RNCID, NodeBID, NodeBName, NodeBType, Longitude, and Latitude. By default, No Label is selected.


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Expand distance (KM)

Refers to the expansion distance of the test route. When Site nearby test route is selected, you need to set Expand distance (KM). For example, if Expand distance (KM) is set to 10, the expansion distance of the test route is 10 km, and all the sites within this scope will be displayed on the map.

Step 6 Click Finish.

----End

4.3.7 Modifying the Display Mode for Engineering Parameters You can modify the display mode for engineering parameters through the map tool bar shown in Figure 4-14.

Figure 4-14 Engineering parameter display tool bar

Table 4-7 describes the functions of the icons on the tool bar.

Table 4-7 Functions of the icons on the tool bar

Button Function

Automatically setting different colors for the site cells based on the scrambling codes.

Displaying all dim sites.

Setting the color of a cell to the same color as the specified data point. This function is available when a parameter uses the Individual legend (For details about the Individual legend see 5.2.2 "Introduction to Legends.") and all the location points corresponding to the sites, such as Primary SC, have the same colors.

Setting the display size of a site.

Selecting the ID of a site and displays the ID on the map. The optional fields map to the data listed in the engineering parameter table.

Searching for and locating the sites or cells based on different fields listed in the engineering parameter table.

Click on the tool bar. The W/G Project Parameter dialog box is displayed, as shown in Figure 4-15. You can select WCDMA or GSM engineering parameters in the dialog box.



Figure 4-15 W/G Project Parameter dialog box

4.3.8 Switching Between ARFCN and Frequency When editing engineering parameters on the Engineering Parameter node, you can choose whether to display the absolute radio frequency channel number (ARFCN) or frequency.

Figure 4-16 shows the switchover icon between ARFCN and frequency.

Figure 4-16 Switchover icon between ARFCN and frequency


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The Assistant supports only the switchover from ARFCN to frequency. To perform this operation, you can click the icon highlighted in yellow in the displayed dialog box.

4.3.9 Importing Neighbor Data To import neighbor data (GSM network mode is not supported), perform the following steps:

You need to import the neighbor data after importing engineering parameters.


Step 2 Choose Dataset > Import NeighborCell Config > WCDMA.

A dialog box is displayed.

Step 3 In the displayed dialog box, select the .txt file saving the neighbor data.

Step 4 Click Open.

----End

4.3.10 Viewing Neighbor Data To view neighbor data, perform the following steps:

Step 1 Use to view a site.

Step 2 Right-click the site.

A shortcut menu is displayed, as shown in Figure 4-17.

Figure 4-17 Shortcut menu

Step 3 Select Show Config Neighbor Cell.

The Show Config Neighbor Cell dialog box is displayed, as shown in Figure 4-18.



Figure 4-18 Show Config Neighbor Cell dialog box

Step 4 You can view the information about the neighbors of a cell in the displayed dialog box. If you select a cell in the Neighbor Cell pane, the cell is highlighted on the map.

indicates that the base cell has the bidirectional neighbor relation with the neighbor cell.

indicates that the base cell has the unidirectional neighbor relation with the neighbor cell.

----End

4.3.11 Adding CIO Parameters To add cell individual offset (CIO) parameters in a dataset, perform the following steps:

CIO indicates cell individual offset. In the scanner analysis of virtual neighboring cells, CIO is the additional value to the handover threshold of each cell, and controls the difficulty degrees of the soft handover between different cells. For the specific template, see the software installation directory \sample\cio_template.xls.


Step 2 Choose Project > WCDMA CIO Manager.

After the .xls file that contains the analysis data of scanner simulation neighboring cells is imported, the CIO Manager dialog box is displayed, as shown in Figure 4-19.


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Figure 4-19 CIO Manager dialog box

Table 4-8 describes the functions of buttons in the dialog box.

Table 4-8 Functions of buttons in the dialog box

Button Function

Browse Importing the file that contains CIO parameters

Export Exporting the current configuration to a file

Clear All Clearing all the contents in the displayed table

Add CellID Adding a cell ID entered in the text box

Remove CellID Removing a cell ID entered in the text box

Step 3 Set CIO parameters in the CIO Manager dialog box.

You can use either of the following methods to set CIO parameters:

Manual setting: Type the cell ID in the text box in the CIO Manager dialog box, and then click Add CellID to add the ID. Double-click each cell in the table and type the parameters.

Importing: Click Browse to import the file that contains CIO parameters.

Step 4 Click OK.



----End

4.4 Managing History Log Through the history logs, you can view history operation records, such as engineering data management, dataset management, and data filtering.

To manage history logs, perform the following steps:

Step 1 Select a project on the Project tab page in the navigation area.

Step 2 Right-click the project. Select Show History from the displayed shortcut menu. A dialog box is displayed, as shown in Figure 4-20.

Figure 4-20 History Operation List window

----End

GENEX Assistant User Manual 5 Map Management


5 Map Management

About This Chapter


Section Describes

5.1 Operating a Map How to operate a map.

5.2 Operating a Legend How to operate a legend.

5.3 Operating a Map Layer How to operate a map layer.

5 Map Management GENEX Assistant

User Manual


5.1 Operating a Map 5.1.1 Overview

You can import MapInfo and raster maps and operate the maps through the map tool bar.

5.1.2 Introduction to Map Files The GENEX Assistant supports the import of the maps in following formats:

Raster image files in .tif, .bmp, .jpg, .gif, or .png format MapInfo files in .tab, .dat, .id, .map, or .gst format

The GENEX Assistant supports the export of the maps in following formats:

Raster image files in .tif, .bmp, .jpg, .gif, or .png format Attribute data table file in .tab format

The MapInfo is software used to display geographic data in the formats listed in Table 5-1.

Table 5-1 Formats supported by the MapInfo

File Type File Contents

Attribute data table file (.tab)

This file defines the components of map attribute data such as the number of fields, field names, field types, field widths, indicator fields, and some key information about the related layers. You can open and view this file in the WordPad.

Attribute data file (.dat)

This file is used to store complete map attribute data. The head file contains the information on the attribute data table file and the file is followed by the attribute data records in detail.

Cross reference file (.id)

This file records the pointer that locates each space of a map in the space data file (.map). A pointer consists of four bytes. Pointers are arrayed in the same way as the attribute data records stored in the attribute data file. The cross reference file is a table for defining space objects.

Space data file (.map)

This file contains the space data of each map object. Space data contains geometry, coordinate, and stain information about a space object. This file also describes the record number of attribute records for a space. In this way, you can easily find the related attribute information about this object when you query the object on a map.

Dataset file (.gst) This file contains the indicators for the previous files. A complete map set must contain all the previous files.

5.1.3 Importing a MapInfo Map To import a MapInfo map, perform the following steps:

Step 1 Choose Project > Set Map Path, the Open MapInfo Map dialog box is displayed.



Step 2 Select a MapInfo map file (.gst), and then click Open.

Step 3 Right-click an indicator that can be displayed on a map, and select Display on Map from the shortcut menu.

If you have opened the map window, you need to open the window again to load the map to the window.

----End

5.1.4 Deleting a MapInfo Map You can choose Project > Remove Map Path to delete a loaded MapInfo file. If the map window is active when you delete a map file, the legacy map persists in the map window. The new setting takes effect when you open the map window again.

5.1.5 Importing an Outdoor Raster Map To import an outdoor raster map, perform the following steps:

Step 1 Click on the tool bar in map display mode, the Open Raster Image dialog box is displayed.

Step 2 Select a raster map file supported by the Assistant, and then click Open.

The Raster Image dialog box is displayed.

Step 3 Click the map to add a reference point. Type the name, longitude value, and latitude value of this point in the displayed Add Control Point dialog box.

The imported raster map does not contain geographical information; therefore, reference points must be added for finding the geographical location of the map.

Step 4 To add multiple reference points, see Figure 5-1.

To ensure the accuracy of the map, you need to add a minimum of three reference points. You need to select the reference points that are unevenly located, for example, the reference points are not located on a horizontal or vertical line.


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Figure 5-1 Raster Image dialog box

Step 5 Click OK.

The indoor raster map is displayed in the map window.

----End

5.1.6 Importing an Indoor Raster Map To import an indoor raster map, perform the following steps:

Step 1 Click on the tool bar in map display mode, the Open Raster Image dialog box is displayed.

Step 2 Select a raster map file supported by the Assistant, and then click Open.

The indoor raster map is displayed in the map window.

----End

5.1.7 Operating a Map You can perform common operations on a map through the map tool bar. For details, see section 3.3.3 "Map Tool bar."



5.2 Operating a Legend 5.2.1 Overview

This section describes how to operate ranged and individual legends.

5.2.2 Introduction to Legends The Map Legend tab page consists of system legends and customized legends, as shown in Figure 5-2. You can select a legend for a parameter from customized legends. For details, see 5.2.8 "Loading a Legend for Parameters."

Figure 5-2 Map Legend tab page

Legends are categorized into two types, namely, ranged and individual.

Ranged This type is used for the parameters with consecutive values, such as RSCP and Ec/I. You can segment parameter values and set different display symbols for each value range. You can use shadowing color to represent different value ranges for displaying distribution of different values.

Individual This type is used for the parameter with discrete values, such as handover events and RRC status. You can set different display symbols for each parameter value.


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You can select either of the following modes to set a legend:

Custom This mode is used to set the parameter with a specific value range or value amount, such as RSCP or handover events. You can customize an accurate value range. Figure 5-3 shows the Custom mode.

Figure 5-3 Custom mode

AutoArrange This mode is used to set the parameters with unknown value range, such as scrambling codes. Figure 5-4 shows the AutoArrange mode.



The system automatically sets various colors for the symbols representing different parameter values. You can also set the shapes and sizes for these symbols.

Figure 5-4 AutoArrange mode

CustomArrange This mode is applicable to only ranged legends. If you enter the range and number of segments, the system automatically colors and sorts out segments, as shown in Figure 5-5.


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Figure 5-5 CustomArrange mode

Individual legends support only Custom and AutoArrange modes. Figure 5-6 shows the Individual Legend Property dialog box.

Figure 5-6 Individual Legend Property dialog box

5.2.3 Adding a Customized Legend To add a customized legend, perform the following steps:



Step 1 Click the Map Legend tab in the navigation area.

The Map Legend tab page is displayed, as shown in Figure 5-2.

Step 2 Right-click Custom Legends, and then select a legend type from the Add New sub-shortcut menu.

For details about ranged and individual legends, see 5.2.2 "Introduction to Legends."

Step 3 Perform the following operation in the displayed dialog box:

Set the legend name. Select the legend type and set parameters. For details about Custom, AtuoArrange, and

CustomArrange modes, see 5.2.2 "Introduction to Legends."

Step 4 Click OK.

----End

5.2.4 Deleting a Customized Legend To delete a customized legend, perform the following steps:



Step 2 Right-click a customized legend to be removed in the Custom Legend navigation area.

Step 3 Select Remove.

----End

5.2.5 Importing a Customized Legend To import a customized legend, perform the following steps:



Step 2 Right-click Custom Legends, and then select Import from the shortcut menu.


Step 3 Select a .cld file, and then click Open.

----End

5.2.6 Exporting a Customized Legend To export a customized legend, perform the following steps:



Step 2 Right click Custom Legends, and then select Export from the shortcut menu.


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Step 3 Specify a save path and file name, and then click Save.

----End

5.2.7 Editing a Legend To edit a legend, perform the following steps:



Step 2 Right-click a legend and select Edit from the shortcut menu.

You can right-click a table in Custom mode and modify the legend symbol through the shortcut menu.

----End

5.2.8 Loading a Legend for Parameters To load a legend for parameters, perform the following steps:

Step 1 In the Map Layers window, right-click the parameter whose legend needs to be modified, as shown in Figure 5-7.



Figure 5-7 Map Layers dialog box

Step 2 Select Load Legend from the shortcut menu.

The Legend List dialog box is displayed, as shown in Figure 5-8.


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Figure 5-8 Legend List dialog box

Step 3 Select the legend to be loaded, and then click OK.

----End

5.2.9 Restoring a System Legend To restore a system legend, perform the following steps:



Step 2 Right-click System Legends and select Resume default from the shortcut menu.

----End

5.2.10 Modifying a Legend Theme You can use this function to modify the attribute, such as, the theme of a legend. To modify a legend theme, perform the following steps:

Step 1 In the Map Layers window, right-click the parameter whose legend needs to be modified.

Figure 5-7 shows the Map Layer window.

Step 2 Select Theme from the shortcut menu.

For the individual legend, the dialog box shown in Figure 5-9 is displayed. For the ranged legend, the dialog box shown in Figure 5-10 is displayed.



Figure 5-9 Individual Value Theme Options dialog box

Figure 5-10 Ranged Theme Options dialog box

Step 3 Set parameters in the dialog boxes, and then click OK.

----End

5.2.11 Displaying or Hiding a Legend The legend display function displays all the legends of parameters on the map, as shown in

Figure 5-11. You can display or hide legends by clicking or .


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Figure 5-11 Displaying legends

5.2.12 Setting a Legend Style To set a legend style, perform the following steps:

Step 1 In the Map Layers window, right-click the parameter whose legend needs to be modified.

Figure 5-7 shows the Map Layer window.

Step 2 Select Legend.



The Legend Style dialog box is displayed, as shown in Figure 5-12.

Figure 5-12 Legend Style dialog box

Table 5-2 describes the functions of the parameters in the Legend Style dialog box.

Table 5-2 Functions of the parameters in the Legend Style dialog box

Parameter Function

Legend is Visible Indicating whether a legend is visible

Show Empty Ranges Displaying the legend with empty ranges

Compact Legend Displaying a compact legend

Use Currency Format Displaying a legend in currency format

Title Indicating the title of a legend

Compact Title Indicating the compact title of a legend

Subtitle Indicating the subtitle of a legend

Legend Text Indicating the text of a legend

Text Style Indicating the font style of a legend

----End


User Manual


5.3 Operating a Map Layer 5.3.1 Controlling a Map Layer

The imported maps or engineering parameters are overlapped in different layers. You can add and remove these layers and change their display modes through the layer control function.

Procedures To control layers, perform the following steps:

Step 1 Click in the Map window. You can also right-click on the map, and then choose Layer Control from the shortcut menu.

In the displayed dialog box, set the map layer, as shown in Figure 5-13. For the description of the Layer Control dialog box, see Parameter Description in section 5.3.1 "Controlling a Map Layer."

Figure 5-13 Layer Control dialog box

Step 2 After the layers are set, click OK.

----End

Parameter Description Table 5-3 lists the parameters in the Layer Control dialog box.



Table 5-3 Parameters in the Layer Control dialog box

Parameter Function

Up Moves a selected layer upwards.

Down Moves a selected layer downwards.

Add Adds a layer above a selected layer.

Remove Removes a selected layer.

Display In the Display Properties dialog box, set the display mode of the selected map layer. For parameter description, see Table 5-4.

Labels In the Label Properties dialog box, set the label properties of the selected map layer. For parameter description, see Table 5-5.

Visible Sets a layer visible.

Selectable Sets a layer selectable.

Automatic Labels Sets automatic labels.

Editable Sets a layer editable.

Table 5-4 Description of parameters in the Display Properties dialog box


Override Style Whether to override the layer style. You can set the area, line, symbol, and text type.

Display Within Zoom Range

Whether to display the map layer within the zoom range.

Min Zoom The minimum zoom range. You can set the minimum zoom range after selecting Display Within Zoom Range.

Zoom Layering

Max Zoom The maximum zoom range. You can set the minimum zoom range after selecting Display Within Zoom Range.

Table 5-5 Description of parameters in the Label Properties dialog box


DataSet The data contained in the selected map layer. Label with

Field Labels the field list.

Visibility Display within Range

Whether to display the map layer within the zoom range.


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Min Zoom The minimum zoom range. You can set the minimum zoom range after selecting Display Within Zoom Range.

Max Zoom The maximum zoom range. You can set the minimum zoom range after selecting Display Within Zoom Range.

Allow Overlapped Text Whether to allow overlapped texts.

Allow Duplicated Text Whether to allow duplicated texts.

Label Partial Objects Whether to label partial objects.

Maximum labels The maximum number of labeled objects.

Sets text styles in the map layer.

Label Lines

Selects the label lines.

None No label lines.

Simple Simple label lines.

Arrow Label lines with the arrow.

Styles

Sets the corresponding line styles.

Orientation Direction of the anchor point.

Rotation Sets the rotating direction.

None No rotation.

Parallel to One Segment

Rotates a text to make its direction parallel to one line segment.

Parallel to Multiple Segments

Rotates a text to make its direction parallel to multiple line segments.

Position

Label Offset

Sets rotation offset.

5.3.2 Moving a Map Layer In the map window, right-click a map, and then choose Offset Layer from the shortcut menu. You can move a map layer in the dialog box shown in Figure 5-14.



Figure 5-14 Offset Layer dialog box

Table 5-6 describes the functions of parameters in the dialog box.

Table 5-6 Functions of parameters in the dialog box

Parameter Function

Move upwards by one unit

Move leftwards by one unit

Move rightwards by one unit

Move downwards by one unit

Set a unit value

Reset settings

Make the settings take effect

GENEX Assistant User Manual 6 Analysis Data Management


6 Analysis Data Management

About This Chapter


Section Describes

6.1 Importing Analysis Data The data types supported by the Assistant and how to import analysis data.

6.2 Filtering Exceptional Data The Assistant can filter the imported data. It can also compare the data and conduct some simple logical calculations.

6.3 Filtering Indicator How to filter indicator.

6.4 Combining Analysis Data How to combine segmented DT data files.

6.5 Displaying Analysis Data The data display modes of the Assistant.

6.6 Exporting Analysis Data The data export mode supported by the Assistant.

6.7 Viewing the Test Plan How to view the test plan of the analysis data and the device.

6 Analysis Data Management GENEX Assistant

User Manual


6.1 Importing Analysis Data 6.1.1 Overview

Before you analyze and process data, you need to import data to be analyzed. You can import a maximum of 4 GB data to a dataset of the Assistant.

GENEX Probe The data indicates the test data generated by the GENEX Probe. The test data includes the time when a log is generated, the information about the UE and the scanner, the data measured by the UE and the scanner, and the GPS data. The data is stored to a .gen file in binary format.

Huawei RNC The RNC data is in .txt or .bin format and includes the following information:

Bit error rate (BER) in uplink physical channel recorded by the RNC Block error rate in uplink transport channel Received power of overall uplink bandwidth in a cell Measured signal-to-interference ratio of the uplink radio link sets Target signal-to-interference ratio of the uplink radio link sets Transmit power of the downlink carriers in a cell Transmit code power of downlink Uplink throughput and bandwidth Downlink throughput and bandwidth UE transmit power Block error rate in downlink transport channel Layer 3 information at the RNC side

The Assistant supports the RNC data of the following versions:

V100R002 V100R005 V100R006 V100R007 V100R008

The file has the following types of filename extensions:

The .txt format that stores non-layer 3 information The .tmf format that stores layer 3 information



PHU The PHU test data, which contains information about the generation time of logs, UE information, and data measured by UEs, is stored in a binary file. The filename extension of PHU test data is phu.

TXT The text data, which contains the information about longitude, latitude, and time of collection data, is stored in a .txt file. The filename extension is txt.

6.1.2 Importing GENEX Probe Data The Assistant supports the import of the data collected by the GENEX Probe. In addition, the Assistant can combine drive test (DT) data automatically or according to the devices. Generally, combining DT data automatically is recommended.

Automatic combination In automatic combination, DT data is combined based on the device number. The automatic combination mode is applicable to the scenario where the services are not changed during the test and the data is divided into multiple logs that do not overlap with respect to the time. When importing the data collected by the GENEX Probe, you can set the Assistant to combine data automatically.

Device-based combination The device-based combination mode is applicable to the scenario where the test data of multiple UEs or scanners that are of different types needs to be combined. For details, see “6.4 Combining Analysis Data.

To import the data collected by the GENEX Probe to the Assistant, perform the following steps:

Step 1 Choose Project from the navigation tree, and then select a dataset.

Step 2 Right-click the dataset and choose Import Test Data > Import GENEX Probe.

The Import GENEX Probe File dialog box is displayed, as shown in Figure 6-1.


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Figure 6-1 Import GENEX Probe File dialog box

Step 3 Perform the following operations in the dialog box:

Click Browse to select one or more GENEX Probe test files. Select Auto Combine. The Assistant begins to combine the test data automatically. Select IsNeedCrossingTable. The system processes the data in the table. The table

displays the relations between the CQI, BLER, CODES, MAC Throughput, and APP Throughput counters in HSDPA.

If the test data contains the data collected from the DTI spectral scanner, click DTI Edit to set the antenna gain and feeder loss.

The Assistant uses the following expression to recalculate the Ec, Io, and RSSI values exported by the DTI spectral scanner for each test item: New value = Original value – Antenna gain + Feeder loss

Step 4 Click Import and wait until all the data is imported.

After the data is imported, the Assistant preprocesses the event analysis data by default. If you plan to quicken the data import, you can do as follows to skip the preprocessing: To cancel the preprocessing, press the Ctrl+Alt+Home keys. To cancel the last operation, press the Ctrl+Alt+Home keys again.

If you plan to preprocess the event analysis data at any time after the data is imported, press the Ctrl+Alt+PageDown keys.

----End

6.1.3 Importing Huawei RNC Data To import the Huawei RNC data to the Assistant, perform the following steps:


Step 2 Right-click the dataset and choose Import Test Data > Import HuaweiRNC.



The Import Huawei RNC File dialog box is displayed, as shown in Figure 6-2.

Figure 6-2 Import Huawei RNC File dialog box

Step 3 Click Browse to select one or multiple RNC files.

If Ignore Position Information is selected, the Assistant regards the longitude and latitude (0, 0) as the default geographic position, which causes the position of the indicator displayed on the map to deviate from its actual position.

Step 4 Match the RNC message time and the UE message time.

If… Then…

The imported RNC files include the layer 3 message data of the UE (in the .tmf format)

Perform from Step 5 to Step 6

The imported RNC files do not include the layer 3 message data of the UE

Perform from Step 7 to Step 11

Step 5 Set the value of Time Offset(s), which is used for the matching between the RNC message time and the UE message time. The unit is second.

GPS time = RNC time + Time Offset.

Step 6 Click Import. Wait until the data import is complete.

Step 7 Click Time Match, the RncMsg Time Match dialog box is displayed.

Step 8 Select the terminals corresponding to the RNC message in the UE drop-down list.


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Step 9 Click Auto Match. The system adjusts the message time difference in the Gps time and phone message list and Rnc message in file list.

If you plan to stop the current matching, click Stop.

Step 10 Click OK. The matching is complete.

The system automatically matches the RNC message time and the UE message time. After the automatic matching is complete, the system readjusts the time difference based on the value of Time Offset.

Step 11 Click Import. Wait until the data import is complete.

----End

6.1.4 Importing PHU Data To import the PHU data to the Assistant, perform the following steps:


Step 2 Right-click the dataset and choose Import Test Data > Import PHU.



The Import PHU File dialog box is displayed, as shown in Figure 6-3.

Figure 6-3 Import PHU File dialog box

Step 3 In the Import PHU File dialog box, do as follows:

Click Browse to select one or multiple PHU test files. If you select Autocombine By IMSI, the test data is combined based on the IMSIs.

Step 4 Click Import and wait until all the data is imported.

----End

6.1.5 Importing TXT Data To import the TXT data to the Assistant, perform the following steps:


Step 2 Right-click the dataset and choose Import Test Data > Import TXT.

The Import TXT File dialog box is displayed, as shown in Figure 6-4.


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Figure 6-4 Import TXT File dialog box

Step 3 In the Import TXT File dialog box, do as follows:

Click Browse to select one file in .txt format. You need to type an indicator name in the Indicator Name text box. The indicator name

cannot contain only numbers.

The imported .txt file must be in a certain format. The Assistant supports the following .txt files:

A file containing the Longitude, Latitude, DateTime, and ColumnName fields. Each field is separated by spaces or double quotation marks.

A file containing the DateTime and ColumnName fields. The two fields are separated by spaces or double quotation marks

For details, see the template file provides by the Assistant: software installation directory\sample\Standard TXT Template.txt

Step 4 Click Import and wait until the data is imported.

----End

6.1.6 Viewing the List of Imported Files The current dataset lists the relation between the test devices and the imported files. To view the list, perform the following steps:


Step 2 On the system menu bar, choose Dataset > Import File List.

The Import File List window is displayed, as shown in Figure 6-5.



Figure 6-5 Import File List window

----End

6.2 Filtering Exceptional Data 6.2.1 Overview

The Assistant can filter the imported test data. It deletes the unnecessary data in the value range set by users. Thus, the unnecessary data processing is reduced and the system stability is enhanced in the prerequisite of data integrity.

6.2.2 Procedure To filter exceptional data, perform the following steps:


Step 2 Choose Dataset > Delete Exceptional Data.


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Figure 6-6 shows the deletion of UE ActiveSet RSCP.

Figure 6-6 Delete Exceptional Data dialog box for UE ActiveSet RSCP

Table 6-1 describes the parameter settings of this dialog box.

Table 6-1 Parameters in the Delete Exceptional Data dialog box

Parameter Operation

WCDMA or GSM tab page Selecting the network corresponding to the data

Drop-down list in the left part of the dialog box

Selecting the device corresponding to the data to be filtered

List box in the left part of the dialog box

Selecting the parameters to be filtered

Data in range will be deleted area

Setting filter conditions and the data in the range is deleted

Execute button Filtering the specified data based on the defined filter conditions

Step 3 After setting the filter conditions, click Execute to execute the filter conditions.

Step 4 Click Finish, Wait until the filtering is complete.

----End



6.3 Filtering Indicator The Assistant allows you to filter all the indicators. The current version allows you to set three conditions, namely, RxLev (Idle, Full, Sub), RxQual (Full, Sub), and Mean_Bep.

If you filter indicators before a GSM report is generated, the system collects statistics of the filtered indicators to generate the GSM report. For details about the report generation, see section 8.3 "Generating Reports Through the Wizard."

To set filter conditions, perform the following steps:

Step 1 Right-click a dataset on the Project tab page, and then choose Filter > Filter from the shortcut menu. Alternatively, choose Dataset > Filter > Filter.

The Filter dialog box is displayed, as shown in Figure 6-7.

Figure 6-7 Filter dialog box

Step 2 Set parameters in the Filter dialog box.

For details on how to set the parameters, see Table 6-2.

Table 6-2 Parameter in the Filter dialog box


Condition Item Set filter conditions.

Logic Functor Logical operator, that is, AND or OR.

Condition List List of filter conditions


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Insert Add the filter conditions preset in Condition Item to the Condition List. You can insert a maximum of 26 conditions.

Edit You can edit filter conditions or logical operator. Edit filter conditions: From the Condition List, select the filter condition items that require edition. Then, click Edit. In the displayed dialog box, set the filter conditions again.

Edit logical operator: From the Condition List, select the logical operators that require edition. Then, click Edit. In the displayed dialog box, set the logical operator again.

To make the edition take effect, click . To cancel the edition, click .

Clear Clear all the filter conditions from the Condition List.

Execute Execute conditions

History View history filter conditions.

Cancel Cancel conditions. Click Cancel to exit the Filter dialog box.

Step 3 Click Execute.

After conditions are being executed, all indicators are filtered out except signals and events. The specific filtered events are displayed under the Filtered Phone Event node.

To check the specific filtered events, perform the following operations:

1. On the Project tab page in the navigation area, expend the nodes of the filtered dataset. 2. Choose Phone Event > Filtered Phone Event. Then, you can view filtered events, as

described in Table 6-3. For details about how to display filtered events, see section 6.5 "Displaying Analysis Data."

Table 6-3 Description of the filtered events

Filtered Event Description

GSMHandoverFail GSM hadover failure

GSMCallDropped GSM call drop

RAUpdateFail Router area update failure

LAUpdateFail Location area update failure

GSMCallSetupFail GSM call setup failure

GSMSDCCHCallDrop GSM stand-alone dedicated control channel (SDCCH) call drop

GSMAccessFailure GSM access failure

GSMHandoverIntracellFail GSM intra-cell handover failure



If you plan to restore to the situation before the operation, you can right-click a dataset and choose

Filter > Cancel Filter. The filter conditions are cleared and the locked data is restored. If you want to view history records before perform filter operation, click History. In the Filter

History window, you can view history filter conditions.

----End

6.4 Combining Analysis Data 6.4.1 Overview

If the drive test software can automatically segment the test files, multiple redundant devices are probably generated after the data is imported to the GENEX Assistant. In such a case, it is recommended that you combine these devices.

6.4.2 Combining Data by UE To combine data by UE, perform the following steps:


Step 2 Choose Dataset > Combine Device > Combine UE.

The Combine Device dialog box is displayed, as shown in Figure 6-8.

Step 3 Select multiple repeated devices in the PreCombine list box of the Combine Device dialog box.

Figure 6-8 Combine Device dialog box

Press Ctrl and hold it to select multiple devices.

Step 4 Click Combine.

The Modify Device Name dialog box is displayed, as shown in Figure 6-9.


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Enter the name of the new combined device.

Figure 6-9 Modify Device Name dialog box

Step 5 Click OK and the name of the new device is displayed in Post-combine, as shown in Figure 6-10.

Figure 6-10 Combining devices complete

Step 6 Click OK.

----End

6.4.3 Combining Data by Scanner Combining data by scanner is basically in the same way as that by UE. For details, see section 6.4.2 "Combining Data by UE." The difference is that you must choose Dataset > Combine Device > Combine Scanner in step 2 described in section 6.4.2 "Combining Data by UE."

6.5 Displaying Analysis Data 6.5.1 Overview

The Assistant displays data in six modes. For details, see section 3.8 "Data Window."



In the navigation area, you can right-click an indicator and select the corresponding data display mode.

The following display modes are used:

Displaying data in a new window, which is used for individual data. Displaying data in an active window, which is used for data comparison. For example,

Figure 6-11 shows how to display the indicator, RSCP Max for SC90 in Activeset, on an active sheet.

Figure 6-11 Data displayed on an active sheet

Figure 6-12 shows the indicator, RSCP Max for SC90 in Activeset, on an active sheet.


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Figure 6-12 RSCP Max for SC90 in Activeset on an active sheet

Table 6-4 describes the data display modes.

Table 6-4 Description of data display modes

Option Function

Display on Map Displaying data on a map

Display on Chart Displaying data on a time-value chart

Display on Caky Making statistics on data through a cake

Display on Histogram Making statistics on data through a histogram

Custom Display on Chart Displaying data on a crossing chart, that is displaying data on a chart with custom X and y axes. If different data is defined as X and y axes in the submenu, a graph window is displayed.

Display on Active …… Displaying data in an active window. "……" depends on the type of the active window.

Compare with Local A and Compare with Local B

Comparing the indicators of two different datasets of the same project

6.5.2 Displaying Data on a Map

Data Playback Control You can view the route of test data by playing back the data on a map. If you import the engineering parameters, the Assistant automatically connect the test sites with the related base stations with a solid line, as shown in Figure 6-13. For details about how to import engineering parameters, see section 4.3.3 "Importing Engineering Parameters."



Figure 6-13 Lines connecting test points and base stations

The buttons of data playback control are displayed on the tool bar of the map window, as shown in Figure 6-14.

Figure 6-14 Playback control buttons

Table 6-5 describes the buttons on the tool bar.

Table 6-5 Playback control buttons

Button Function

Playing back data in the direction of test routes

Playing back data in the inverse direction of test routes

Stopping data playback

Selecting the dots to be played back per second. The number of dots is proportional to the playback speed. The Assistant provides seven playback speeds. For details, refer to the following contents.

Filtering the display of data by time

Moving layer offset

Setting data synchronization layers, which take effect only when multiple data layers are contained in a map.

Displaying the routes of test data


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Button Function

When the data route display function is enabled, this button is used to set the display of signs.

Track density indicates the data dots between neighboring signs. Distance width indicates the geographical deviation between signs and data dots.

GPS editing function, which is used to change the geographical location of test data This function takes effect only when a layer is in the editing state.

Filtering data by time and moving layers affect only the data displayed on a map, but the attributes

of the test data remain unchanged. The GPS editing function is used to change the geographical location of test data.

The Assistant provides seven playback speeds, namely, 1dots/s, 2 dots/s, 3 dots/s, 4 dots/s, 5 dots/s, 10 dots/s, and 20 dots/s.

Viewing the Coverage Area of a Cell To view the coverage area of a cell, perform the following steps:

Step 1 Select a base station in the map window.

Step 2 Right-click the base station and choose Show Cell Coverage Area from the shortcut menu.

Step 3 Select one or multiple cells in the displayed window.

Press Ctrl and hold it to select multiple cells.

Step 4 Click OK.



The test dots covered by the selected area are chosen, as shown in Figure 6-15.

Figure 6-15 Coverage area of a cell

----End

Checking the Cell Connection Lines After importing the engineering parameters into the Assistant, you can check the cell connection lines.

Checking the connection lines between a DT point and the corresponding cells

In the map window, click to select a DT point. The connection lines between the DT point and the corresponding cells are displayed.

Checking the connection lines between multiple DT points and the corresponding cells

1. In the map window, click to select multiple DT points. 2. Right-click the selected DT points, and then choose Show Related Cells from the

shortcut menu. The connection lines between the selected DT points and the corresponding cells are displayed.

Simulating Shutdown of a Single Site Simulating shutdown of a single site is used to view the pilot signal change of the drive test points that a site covers provided that the site is shut down and to analyze the impact on the drive test points covered by the site. This function is available only when data is viewed through the scanner.

To simulate shutdown of a single site, perform the following steps:

Step 1 Select a base station in the map window.

Step 2 Right-click the base station and selects Site Shutdown Simulation.


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Step 3 In the displayed dialog box, select the cell to be shut down and enter the corresponding transmit power, downlink cell load (%), and pilot frequency transmit, as shown in Figure 6-16.

Figure 6-16 Disabling the setting of cell parameters

Step 4 Click OK.

After the calculation is complete, the simulation data is stored to a new device, as shown in Figure 6-17. You can view the simulation effect through the new data.

Figure 6-17 Disabling simulation data of a single site

----End

Setting Projection Reference Frame The projection reference frame is used to convert the GPS geographical information (longitude or gratitude) to the information (distance or direction) displayed on a plain.

To set the projection reference frame, perform the following steps:



Step 1 Click on the tool bar of the map window.

Step 2 In the displayed Choose Projection dialog box, perform the following settings:

Select the categories of longitude and gratitude from the Category drop-down list. Select the corresponding projection system from the Category Member drop-down list.

Step 3 Click OK.

----End

Analyzing Pilot Pollution To analyze pilot pollution for the test sites of a specified area on a map, perform the following steps:

Step 1 Select multiple test sites in the map window.

Step 2 Right-click a test site and select Pilot Pollution Analyse.

As shown in Figure 6-18, the displayed Pilot Pollution Analyse window shows the coverage rate and pilot pollution rate of each cell in the selected test sites.

Figure 6-18 Analyzing pilot pollution

----End

6.5.3 Displaying Data on a Chart You can change the value range by modifying the data of X-axis or Y-axis.

To modify the data of X-axis or Y-axis, perform the following steps:

Step 1 Right-click in the graph mode and select Modify Series Data.

The Modify Series Data dialog box is displayed, as shown in Figure 6-19.


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Figure 6-19 Modify Series Data dialog box

Step 2 Select a parameter from the Series Title list and set the conversion mode of the data of X-axis or Y-axis.

Step 3 Click Modify.

Step 4 Repeat Step 2 through Step 3 until the requirement is met.

Step 5 Click OK.

----End

6.5.4 Displaying Data on a Sheet

Making Statistics on Data In displaying on sheet mode, you can perform multiple statistical functions for the selected data. You must select the row where the data is located and then select several data in the row before using this function, as shown in Figure 6-20.



Figure 6-20 Selecting statistical data

Table 6-6 describes the functions of buttons used for statistics.

Table 6-6 Data statistical function

Button Function

Calculating the sum of the selected data

Searching the maximum value of the selected data

Searching the minimum value of the selected data

Calculating the average value of the selected data

Calculating the mean square of the selected data

Highlighting Layer 3 Signaling When you view the layer 3 signaling, the Assistant highlights the selected signaling resolution, as shown in Figure 6-21.


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Figure 6-21 Highlighting selected signaling

You can modify the keywords and attributes to be displayed by modifying the L3MsgSyntaxConfig.xml file in the Bin directory under the installation directory.

The basic contents of the configuration file are as follows:

<delimiter> ,.:;"'!+-*?/\(){}[]|<></delimiter>

<SyntaxItem>MCC, TRUE, 255, TRUE</SyntaxItem>

Table 6-7 lists the meaning of each element.

Table 6-7 Description of the keywords in the layer 3 configuration file

Element Meaning

<delimiter></delimiter> The separator between parameters. It is recommended that you do not modify the separators.

<SyntaxItem></SyntaxItem> The configuration item used to include a keyword. You can add multiple keywords by adding these items.

MCC Indicating the name of a keyword.

TRUE Indicating whether case sensitive is applied. TRUE indicates case sensitive; FALSE indicates case insensitive.

255 Indicating the color of a highlighted keyword.

TRUE Indicating whether bold display is applied. TRUE indicates bold display is applied; FALSE indicates normal display is applied.



6.5.5 Displaying Data on a Crossing Chart A cross chart uses one indicator as X-Axis and the other indictor as Y-Axis. Thus, the two indicators can compare with each other.

This section takes Bcch Arfcn serving as the X-axis and Rxlev (Idle) serving as the Y-axis as an example to describes how to generate a crossing chart, as shown in Figure 6-22.

Figure 6-22 Custom Display on Chart

Step 1 Right-click the Bcch Arfcn indicator, choose Custom Display on Chart > X Axis.

Step 2 Right-click the Rxlev (Idle) indicator, choose Custom Display on Chart > Y Axis.

The corresponding crossing chart is displayed, as shown in Figure 6-23.

Figure 6-23 Crossing chart

----End


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6.5.6 Comparing Analysis Data You can compare the change of the same indicator during two drive test processes by comparing analysis data (supporting GSM data). The specific procedure is as follows:

Step 1 Right-click an indicator and select Compare with Local A, as shown in Figure 6-24.

Figure 6-24 Menu of comparing analysis data

Step 2 Right-click the indicator to be compared with the one described in step 1 and select Compare with Local B, as shown in Figure 6-25.



Figure 6-25 Menu of comparing analysis data

Step 3 In the displayed Select Binning Type dialog box, set the binding parameters, as shown in Figure 6-26.

Step 4 Click OK after setting the binding parameters. The comparing results are displayed in a table.

Figure 6-26 Select Binning Type dialog box


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Table 6-8 describes the function of each binding parameter.

Table 6-8 Parameters in the Select Binning Type dialog box

Parameter Function

Binning Type list box Binding type, which supports only network binding at present, that is, geographically, the test data in a raster is regarded as obtained from the same test site.

Binning Param Height(m) and Width(m) editing boxes

Setting the length and width of grids. (unit: m)

Value Fetch list box Displaying the average value, maximum value, and minimum value in grids.

Disperse Data check box Setting whether dispersing data is required.

----End

6.5.7 Locking Analysis Data The data lock function enables you to reduce the range of the data to be analyzed so that you can analyze data, such as a caky chart, a histogram, or a data report based on a specified geographical or time range.

When data is displayed on a map or a table, you can select the data to be locked and click

to lock the data; thus the rest data is not displayed, as shown in Figure 6-27.

You can click on the tool bar to unlock the data.

Figure 6-27 Data locking function



6.5.8 Multi-Window Synchronization If you select the drive test data from one window, the same data in other windows is also be chosen, as shown in Figure 6-28.

Figure 6-28 Multi-window synchronization

Table 6-9 lists the display modes and synchronization methods supported by multi-window synchronization.

Table 6-9 Window cooperation

Window Mode Synchronization Method

Map mode Select a dot on a map.

Table mode Select a row of data in a table.

Graph mode Hold Shift and move the pointer.


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6.6 Exporting Analysis Data 6.6.1 Overview

Analysis data can be exported to a report or graph. The analysis data is exported from any of the following channels:

Exporting data through Word Collector From a map Exporting data From a sheet Exporting data from a graph Exporting data from an .xls report From a drive test

6.6.2 Exporting Data Through Word Collector The Word Collector imports different types of data into a .doc file.

To export data through Word Collector, perform the following steps:

Step 1 Create a .doc file.

Step 2 Click the Word Collector tab in the navigation area.

Step 3 Click on the tool bar and select a created .doc file in the displayed dialog box.

Step 4 Add or delete the data based on the functions described in Table 6-10.

Table 6-10 Functions provided by Word Collector

Button or Option Function

Adding the contents in the clipboard to a .doc file

Inserting specified pictures to a .doc file

Adding specified files as objects to a .doc file

in a map window Adding the contents displayed in a map window as pictures to a .doc file

in a sheet window Adding the selected data from a sheet to a .doc file

Shortcut menu in graph mode

Adding statistical graphs as pictures to a .doc file through the selection of Collected to Word

Deleting all the added data

Step 5 Click on the tool bar.

The .doc file is closed and the contents listed in the Word Collector tab page are added to the file.



----End

6.6.3 Exporting Data from a Map To compare the data from a map with other indicators or to facilitate check next time, you can export the data.

To export the data from a map, perform the following steps:

Step 1 Click or on the tool bar in a map window.

Click to export the background information about a map. Click to export the corresponding information about layers.

Step 2 In the displayed dialog box, select the format of the picture to be saved and set the path for saving the file and the file name. Then click Save.

----End

6.6.4 Exporting Data From a Sheet To export the data from a sheet, perform the following steps:

Step 1 Select the data to be saved in a sheet window and click on the tool bar.

Step 2 In the displayed dialog box, set the path for saving the file and the file name.

Step 3 Click Save.

In the displayed Save Cell dialog box:

If you click Yes, the selected row of data in the window is saved. If you click No, all the data is saved.

----End

6.6.5 Exporting Data from a Graph To export the data from a graph, perform the following steps:

Step 1 Click on the tool bar in a chart window (common chart, caky chart, histogram, or custom chart).

Step 2 In the displayed dialog box, select the format of the picture to be saved and set the path for saving the file and the file name. Then click Save.

----End

6.6.6 Exporting DT Report The Assistant provides an elaborate .doc DT report based on common UE and scanner indicators.


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To export a drive test report, perform the following steps:


Step 2 Right-click the dataset and choose Analyse Report > WCDMA Drive Test Report.

The Reporting Setting dialog box is displayed, as shown in Figure 6-29.

Figure 6-29 Reporting Setting dialog box

Table 6-11 describes the parameters in the Reporting Setting dialog box.

Table 6-11 Parameters in the Reporting Setting dialog box

Parameter Function

UE Name Selecting a test UE

SCANNER Name Selecting a scanner

Cluster Name Entering the name or ID of a test cluster

Customer Name Entering a customer name

Data Setting Two options are available: All Data: analyze all the data Lock Data: analyze the locked data

Step 3 After the parameter configuration is complete, click OK.

----End

6.7 Viewing the Test Plan You can view the test plan of the analysis data and the test plan of the device.



6.7.1 Viewing the Test Plan of the Analysis Data To view the test plan of the analysis data, perform the following steps:


Step 2 Right-click the dataset. From the displayed shortcut menu, choose Test Plan Info. Then, you can view the test plan of the analysis data, including the name of the analysis data file, used device model, test time, and test items.

----End

6.7.2 Viewing the Test Plan of the Device To view the test plan of the device, perform the following steps:

Step 1 On the Project tab page in the navigation area, select a dataset and expand the nodes of the dataset.

Step 2 Right-click a node. From the displayed shortcut menu, choose Test Plan Info. Then, you can view the test plan of the device, including the name, model, test time, and test items of the device.

If the device is not configured with a test plan, the system displays the message ''The Device doesn't have any test play''.

----End

GENEX Assistant User Manual 7 Analysis Indicator Management


7 Analysis Indicator Management

About This Chapter


Section Describes

7.1 UE Indicators UE indicators, including UE pilot frequency, active set, monitor set, detected set, power control, BLER, throughput, L3 message, phone event, HSDPA, HSUPA, and KPI.

7.2 Scanner Indicators Scanner indicators of the GSM and WCDMA.

7.3 RNC Indicators RNC indicators, including uplink and downlink BLER, BER, and SIR, which are used to describe network status.

7 Analysis Indicator Management GENEX Assistant

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7.1 UE Indicators 7.1.1 Overview

The UE indicators include UE pilot frequency, IMSI of UE, active set, monitor set, detected set, power control, BLER, throughput, L3 message, phone event, GSM, GPRS, HSDPA, HSUPA, and KPI, as listed in Figure 7-1.

For details about how to check each indicator, see section 6.5 "Displaying Analysis Data."

Figure 7-1 UE Indicator

7.1.2 Network Basic Status

IMSI This node directly provides the International Mobile Station Identification Code (IMSI) of a UE, but the IMSI indicators cannot be displayed in the figure and table windows.

UE Pilot Summary This node displays UE active set, monitor set, detected cell scramble, and Ec/Io, as shown in Figure 7-2.



Figure 7-2 UE Pilot Summary

Active Set Table 7-1 describes the indicators of Active Set.

Table 7-1 Description of the Active Set indicators

Indicator Description

Ec/Io For SC in Active Set Categorizes the collected Ec/Io values of the active set by PN during a drive test, and provides all the Ec/Io values of a certain PN in the active set.

Ec/Io Max For SC in Active Set Based on Ec/Io For SC in Active Set, filters the information about the drive test point with the best Ec/Io in the current cell in the active set.

RSCP For SC in Active Set Categorizes the collected RSCP values of the active set by cell during the drive test, and provides all the RSCP values of a cell in the active set.

RSCP Max For SC in Active Set Based on RSCP For SC in Active Set, filters the information about the drive test point with the best RSCP in the current cell in the active set.

Soft Handover Categorizes the information about drive test points in soft handover state by cell.

Ec/Io For Nth Best in Active Set

Categorizes the Ec/Io values based on the Nth signal strength at the same test point in an active set.

RSCP For Nth Best in Active Set

Categorizes the RSCP values based on the Nth signal strength at the same test point in an active set.

Nth Best

SC For Nth Best in Active Set

Categorizes the SC values based on the Nth signal strength at the same test point in an active set.

SC Count in Active Set Provides the number of SC of the current frequency in the active set at each drive test point.


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Primary SC Provides the primary SC of the active set at each drive test point.

SC In EDCH Active Set SC in an EDCH active set, which has RRC connection with a UE and provides uplink EDCH services. If the information about the EDCH cell is not available, this indicator is not displayed.

If geographic binning is set, the data obtained from RSCP or Ec/Io geographic binning is displayed on a map.

Monitor Set For the description of the indicators of Monitor Set, see Table 7-1. The difference is that the corresponding parameters are in the data packet of a monitor set.

Detected Set For the description of the indicators of Detected Set, see Table 7-1. The difference is that the corresponding parameters are in the data packet of a detected set.

Power Control Table 7-2 describes the indicators of Power Control.

Table 7-2 Description of the Power Control indicators


Tx Power UE transmit power: provides all the transmit power information collected by the test UE during a drive test.

Rx Power UE receive power: provides all the receive power information collected by the test UE during a drive test.

Signal to Interference Ratio (SIR)

Signal to interference ratio: provides all the SIRs of the test UE during a drive test.

If the geographic binning is set, this node provides the data after binning.

BLER This node displays the BLER indicators of a transport channel. There are three sub-nodes under BLER, that is, Circuit Service (CS), Packet Service (PS), and SingalChannel. You can know which service a channel implements through the type of a sub-node.

The calculation formula of BLER is: BLER = CRC (Cyclic Redundancy Check) Error/CRC Records x 100%.



Where:

CRC Record represents the number of CRCs received by the UE in Window Size. CRC Error represents the number of CRC errors detected by the UE in Window Size.

Window Size represents the number of frames. It is calculated by the Probe based on the data reported by the UE.

Each indicator corresponds to a transport channel ID. If a data packet reports the information about multiple channels at a time, the channels are differentiated by their IDs.

Throughput This node provides the transmission indicators of UEs at the radio link control (RLC) layer and application layer.

Table 7-3 describes the indicators of Throughput.

Table 7-3 Description of the indicators of Throughput


RB DL Assigned Throughput Radio bearer assigned downlink throughput. The unit is kbit/s.

RB UL Assigned Throughput Radio bearer assigned uplink throughput. The unit is kbit/s.

RLC PDU Throughput UL Radio link control protocol data unit uplink throughput. The unit is kbit/s.

RLC PDU Throughput DL Radio link control protocol data unit downlink throughput. The unit is kbit/s.

RLC SDU Throughput UL Radio link control service data unit uplink throughput. The unit is kbit/s.

RLC SDU Throughput DL Radio link control service data unit downlink throughput. The unit is kbit/s.

App. Throughput UL Uplink throughput at the application layer

App. Throughput DL Downlink throughput at the application layer

RLC PDU Retransmission Rate UL Radio link control protocol data unit retransmission rate in the uplink. The unit is %.

RLC PDU Errors Rate DL Radio link control protocol data unit error rate in the downlink. The unit is %.

RRC State This node provides the instant RRC state of a UE during the drive test.


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Time Analysis This node provides the delay time of each messages procedure in CS or PS calls during a drive test. It displays the analysis results in time distribution charts, probability distribution charts, and cumulative distribution charts.

The Choose Msg dialog box is displayed after you double-click this node. As shown in Figure 7-3.

Figure 7-3 Choose Msg dialog box

Table 7-4 describes the parameters in the Choose Msg dialog box.

Table 7-4 Parameters description in the Choose Msg dialog box


CS/PS Sets service types for time analyze: CS (Circuit Service) and PS (Packet Service).

Config Sets the message name for time analyze: Beginning Msg: The beginning message name. End Msg: The end message name.

Report Type Sets report types. TDF (Time Distribution Function): Display time distribution chart. PDF (Probability Distribution Function): Display probability distribution chart.

CDF (Cumulative Distribution Function): Display cumulative distribution chart.

Interval Sets the time delay between two messages. The unit is millisecond and the following options are available: 10, 30, 50, 100, 150, and 200.

TDF report type: The value of Interval is not required. PDF and CDF report type: The value of Interval is required.



7.1.3 MOS The mean opinion score (MOS) is a node set for parsing voice evaluation package.

Table 7-5 describes the MOS indicators.

Table 7-5 Description of the MOS indicators


PESQ_LQ PESQ_LQ is an extension of the PESQ_SCORE and uses a scale from 1 to 4.5. The PESQ_LQ is closer to the real and subjective MOS, which uses a scale from 1 to 5.

PESQ_SCORE PESQ_SCORE, which uses a scale from -0.5 to 4.5, is the earliest ITU objective MOS. The PESQ_LQ is different from the subjective MOS, which uses a scale from 1 to 5. The protocol standard is ITU-T P.862.

PESQ P.862.1 PESQ P.862.1 is the latest MOS standard endorsed by the ITU. The PESQ P.862.1 maps the PESQ_SCORE to the MOS and uses a scale from 1 to 4.5.

PESQ_Ie PESQ_Ie is the impairment factor, Ie, which is an input to ITU-T G.107 E_model. The PESQ_Ie score uses a scale from 0 to 140, and is calculated from the PESQ score.

7.1.4 GSM The indicators of GSM represent the signal collection and analysis results of the GSM. They are classified by different frequencies, that is, GSM 900, DCS 1800, PSC 1900, and GSM 850. The indicators of four frequencies have the same meanings, as described in Table 7-6.

Table 7-6 Description of GSM indicators

Indicator I Indicator II Indicator III

Description Remarks

Serving CellID - Serving cell id There is only one serving cell at a time in the GSM system.

Bcch Arfcn - Frequency number of BCCH

-

BSIC - Base station identity code

-

All Bands

BCCH along with BSIC

- The data can be displayed in sheet or map format.

-


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Description Remarks

RxLev(Full)

Indicates the received signal level (full value) in the service state.

-

RxLev(Sub)

Indicates the received signal level (sub value) in the service state.

-

RxLev(Idle+Full)

Indicates the received signal level (full value) in the idle and service states.

RxLev

RxLev(Idle+Sub)

Indicates the received signal level (sub value) in the idle and service states

Applicable to idle and service states. Used for criterions for filtering.

RxQual(Full)

Indicates the received signal quality (full value) in the service state.

- RxQual

RxQual(Sub)

Indicates the received signal quality (sub value) in the service state.

-

BER Full (%)

Indicates the Bit Error Rate (full value) in the service state.

- BER

BER Sub (%)

Indicates the Bit Error Rate (sub value) in the service state.

-

FER Full (%)

Indicates the Frame Erasure Rate (full value) in the service state.

FER

FER Sub (%)

Indicates the Frame Erasure Rate (sub value) in the service state.

Applicable to only voice

Power Control Level(CS)

- Power control level in CS domain

-




Description Remarks

Tx Power(dBm)(CS)

- Transmission power in CS domain

-

TA - Time advance This indicator is used for compensating the time delay in radio propagation. It represents the distance from a base station.

RLT - Radio link timeout -

C/A - Ratio of carrier to adjacent-channel interference

-

C/I Worst Indicates the worst C/I, the ARFCN with the worst C/I, and the received signal strength of the ARFCN with the worst C/I.

-

C/I Best Indicates the best C/I, the ARFCN with the best C/I, and the received signal strength of the ARFCN with the best C/I.

-

C/I Arfcn Indicates the ARFCN with the C/I of serving cell.

-

C/I Average

Indicates the average C/I.

-

C/I

C/I on BCCH

Indicates the value of the C/I on the BCCH.

850 M

900 M

1800 M

1900 M

- - Indicates the frequency band of a serving cell distributed to each node. The indicator is the same as All Bands.

For details about each indicator, refer to the description of All Bands.


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Description Remarks

Coverage(Full) - Indicates the coverage (full value).

Coverage(Sub) - Indicates the coverage (sub value).

Condition: The received signal level is less than or equals -90 dBm and RxQual is greater than 5.

RxLev Drop(Full)

- RxLev Drop in full state

RxLev Drop(Sub)

- RxLev Drop in sub state

Condition: M(i-2).dl + M(i-1).dl – M(i).dl – M(i+1).dl > 20 * 2. i refers to the present ARFCN. M(i) refers to the measure result. dl refers to RxLev.

RxLev Drop: The RxLev value of the previous two ARFCNs is greater by 20 than the average value of the later two ARFCNs.

Drop refers to drastic drop.

RxQual Drop(Full)

- RxQual Drop in full state

Analysis

RxQual Drop(Sub)

- RxQual Drop in sub state

Condition: M(i-2).dl + M(i+1).dq + M(i).dq – M(i-1).dq – M(i-2).dq > 5 * 2. i refers to the present ARFCN. M(i) refers to the measure result. dq refers to RxQual.

RxQual Drop: The RxQual Drop value of the later two ARFCNs is greater by 5 than that of the previous two ARFCNs.

Drop refers to drastic drop.




Description Remarks

Island(Full) - Island in full state

Island(Sub) - Island in sub state

Condition: TA is greater than or equals 2 and RxLev is greater than -80 dBm.

BCCH Broadcast control channel

-

BSIC Base station identity code

-

Nth Best in Neighbor Cells

1th~6th Best in Neighbor Cells

RxLev Received Signal Level

-

GSMCallDropped

- GSM call drop event, includes the following indicators: Time, Longitude, Latitude, BCCH, Site name, Cell name, CI, BSIC, UE signal strength indicator, PESQ indicator, TA, and message

-

GSMHandoverSuc

- GSM handover success event

For details about the indicators of the GSM handover success event, see "GSMCallDropped" in the table.

Event Statistic

Frequent Handover

- Frequent handover event, includes the following indicators: Handover ID, Time, Longitude, Latitude, Cell ID before, Cell ID after, BCCH before, BCCH after, TA before, TA after.

5 handovers within 10s

Times of handovers within a certain period of time, and the duration of the period of time supported by the Assistant.

7.1.5 GPRS Table 7-7 describes the indicators in GPRS mode.


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Table 7-7 Indicators in GPRS mode

Indicator I Indicator II Description Remarks

LLC Throughput UL Provides the UL throughput at the LLC layer

LLC Throughput DL Provides the DL throughput at the LLC layer

If the two indicators are not available, you can infer that the data packet does not contain LLC-layer data.

RLC Throughput UL Provides the UL throughput at the RLC layer

-

RLC Throughput DL Provides the DL throughput at the RLC layer

-

SNDCP Throughput UL

Provides the UL throughput at the SNDCP layer

Gprs Data Throughput(kbit/s)

SNDCP Throughput DL

Provides the DL throughput at the SNDCP layer

If the two indicators are not available, you can infer that the data packet does not contain SNDCP data.

UL 1st/2nd TS Data Timeslots

DL 1st/2nd/3rd/4th TS

Provides the used channel types, coding modes, and other KPIs as per timeslot number.

Each of the KPIs displays the channel type or coding mode of a timeslot.

Number of Used Timeslots

UL/DL Displays number of uplink/downlink used timeslots.

-

CS(UL)/CS(DL) Displays uplink/downlink coding scheme on the CS mode.

- Coding Scheme

MSC(UL)/MSC(DL) Displays uplink/downlink coding scheme in MSC mode.

-

Power Control Level(PS)

- Displays power control level in PS domain.

-

Tx Power(dBm)(PS)

- Displays transmission power in PS domain.

-




GPRS PDP Context

- Packet data protocol context, includes Longitude, Latitude, DateTime, Active Contexts, NSAPI, LLC SAPI, Delay Class, Reliability Class, Peak Throughput, Mean Throughput, Radio Priority, Access Point Name, and PDP Address.

-

GPRS Status - Includes Longitude, Latitude, DateTime, PBCCH TS, GMM State, GRR State, TLLI, TFI UL/DL, NC, NMO, and Uplink coding mode.

-

LLC Retransmission Rate UL

- Collects the statistics of LLC uplink retransmission rate.

The indicators can be displayed as map, sheet, chart, histogram, and caky.

RLC Retransmission Rate UL

- Collects the statistics of RLC uplink retransmission rate.


RLC BLER(DL) - Collects the statistics of block error rate of RLC.

-

PDP Activation Time

- Indicates the required time for PDP activation.

-

Ping Delay - Provides the loop time of each Ping test.

-

Attach Time - Provides the attach time. The GPRS attach is originated by the MS.

-

FTP - Includes Begin DateTime, End DateTime, FTP Server URL, Load Time (ms), File Size (KB), Transmitted Size (KB), Avg Rate (kbit/s), Max Rate (kbit/s), FTP Type, and FTP Result.

-


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Edge Mean Bep - Collecting the statistics of Mean Bep parameters according to drive test files.

Edge Cv Bep - Collecting the statistics of Cv Bep parameters according to drive test files.


7.1.6 L3 Message The L3 message is classified according to transmission channels. Table 7-8Table 7-8 describes the indicators of L3 Message.

Table 7-8 Description of L3 Message indicators


UL_CCCH Uplink common control channel

UL_RACH Uplink random access channel

UL_SACCH Uplink slow associated control channel

DL_DCCH Downlink dedicated control channel

DL_BCCH Downlink broadcast control channel

DL_CCCH Downlink common control channel

GSM RR

DL_SACCH Downlink slow associated control channel

MM Mobility management

CC Call control

GMM GPRS mobility management

UL_SM Uplink session management

NAS(Non-Access Stratum)

DL_SM Downlink session management



7.1.7 Phone Event The Phone Event navigation tree provides all the phone events. It displays the indicators of the events that occur during a drive test. For the events that do not occur during the drive test, the indicators are not displayed.

Table 7-9 describes all the defined Phone Event indicators.

Table 7-9 Description of the UE Phone Event indicators

Category Indicator Description

Filtered Phone Event

- Displays filtered events.

OutgoingCallAttempt Outgoing call attempt

OutgoingCallAlerting Outgoing call alerting

OutgoingCallAnswered Outgoing call answered

OutgoingCallDisconnect Outgoing call disconnect

Paging Type1 Paging type 1

Paging Type2 Paging type 2

IncomingCallAttempt Incoming call attempt

IncomingCallAlerting Incoming call alerting

IncomingCallAnswered Incoming call answered

IncomingCallDisconnect Incoming call disconnect

CMServiceReq CM service request

CMServiceAcpt CM service accept

CMServiceReqRej CM service request reject

CallDropped Call drop

CallCompleted Call complete

CallSetupFail Call setup failure

DataServiceReq Data service request

DataServiceAcpt Data service accept

DataServiceReqRej Data service request reject

DataServiceSetupFail Data service setup failure

DataServiceDropped Data service drop

Call Event

DataServiceCompleted Data service complete

RRCSetupReq RRC connection setup request RRC Event

RRCSetupSuc RRC connection setup success


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RRCSetupFail RRC connection setup failure

RRCConnectionRel RRC connection release

RBSetupReq RB setup request

RBSetupSuc RB setup success

RBSetupFail RB setup failure

RBReconfigSuc RB reconfiguration success

RBReconfigFail RB reconfiguration failure

RBRelease RB release success

RB (Radio Bearer) Event

RBReleaseFail RB release failure

SoftHO Soft handover

SoftHOFail Soft handover failure

SofterHO Softer handover

Soft-SofterHO Soft-softer handover

SofterHO3Cell Softer handover for three cells

SoftHO3Cell Soft handover for three cells

Event1A Event 1A

Event1B Event 1B

Event1C Event 1C

Event1D Event 1D

Event1E Event 1E

Event1F Event 1F

SHO Event

Event1J Event 1J

Event2A Event 2A

Event2B Event 2B

Event2C Event 2C

Event2D Event 2D

Event2E Event 2E

Event2F Event 2F

IntraFreqHHOSuc Intra-frequency hard handover success

IntraFreqHHOFail Intra-frequency hard handover failure

HHO (Hard Handoff) Event

InterFreqHHOSuc Inter-frequency hard handover success




InterFreqHHOFail Inter-frequency hard handover failure

H2HInterFreqCellChangeSuc HSDPA to HSDPA inter-frequency cell change success

H2HInterFreqCellChangeFail HSDPA to HSDPA inter-frequency cell change failure

H2HIntraFreqCellChangeSuc HSDPA to HSDPA intra-frequency cell change success

H2HIntraFreqCellChangeFail HSDPA to HSDPA intra-frequency cell change failure

H2GHHOSuc HSDPA to 2G hard handover success

H2GHHOFail HSDPA to 2G hard handover failure

H2R99InterFreqHHOSuc HSDPA to R99 inter-frequency hard handover success

H2R99InterFreqHHOFail HSDPA to R99 inter-frequency hard handover failure

R992HInterFreqHHOSuc R99 to HSDPA inter-frequency hard handover success

R992HInterFreqHHOFail R99 to HSDPA inter-frequency hard handover failure

H2R99IntraFreqHHOSuc HSDPA to R99 intra-frequency hard handover success

H2R99IntraFreqHHOFail HSDPA to R99 intra-frequency hard handover failure

H2R99IntraFreqSHOSuc HSDPA to R99 intra-frequency soft handover success

H2R99IntraFreqSHOFail HSDPA to R99 intra-frequency soft handover failure

R992HIntraFreqHHOSuc R99 to HSDPA intra-frequency hard handover success

R992HIntraFreqHHOFail R99 to HSDPA intra-frequency hard handover failure

R992HIntraFreqSHOSuc R99 to HSDPA intra-frequency soft handover success

HSDPA Event

R992HIntraFreqSHOFail R99 to HSDPA intra-frequency soft handover failure

CellChangeUtoUBySHOAttempt

HSUPA to HSUPA cell update request triggered by hard handover

CellChangeUtoUByIntraHHOAttempt

HSUPA to HSUPA cell update request triggered by intra-frequency hard handover

CellChangeUtoUByInterHHOAttempt

HSUPA to HSUPA cell update request triggered by inter-frequency hard handover

CellChangeUtoUBySHOSuc HSUPA to HSUPA cell update success triggered by soft handover

CellChangeUtoUByIntraHHOSuc

HSUPA to HSUPA cell update success triggered by intra-frequency hard handover

CellChangeUtoUByInterHHOSuc

HSUPA to HSUPA cell update success triggered by inter-frequency hard handover

HSUPA Event

CellChangeUtoUBySHOFail HSUPA to HSUPA cell update failure triggered by soft handover


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CellChangeUtoUByIntraHHOFail

HSUPA to HSUPA cell update failure triggered by intra-frequency hard handover

CellChangeUtoUByInterHHOFail

HSUPA to HSUPA cell update failure triggered by inter-frequency hard handover

PSConnectionHOUtoGPRSAttempt

HSUPA to GPRS handover request in the PS domain

PSConnectionHOUtoGPRSSuc HSUPA to GPRS handover success in the PS domain

PSConnectionHOUtoGPRSFail HSUPA to GPRS handover failure in the PS domain

PSConnectionHOGPRStoUSuc GPRS to HSUPA intra-system handover success in the PS domain

PSConnectionHOGPRStoUFail GPRS to HSUPA inter-system handover failure in the PS domain

ChannelChangeInterCellIntraFreEtoDAttempt

HSUPA to R99 inter-cell intra-frequency channel update request

ChannelChangeInterCellIntraFreEtoDSuc

HSUPA to R99 inter-cell intra-frequency channel update success

ChannelChangeInterCellIntraFreEtoDFail

HSUPA to R99 inter-cell intra-frequency channel update failure

ChannelChangeInterCellInterFreEtoDAttempt

HSUPA to R99 inter-cell inter-frequency channel update request

ChannelChangeInterCellInterFreEtoDSuc

HSUPA to R99 inter-cell inter-frequency channel update success

ChannelChangeInterCellInterFreEtoDFail

HSUPA to R99 inter-cell inter-frequency channel update failure

ChannelChangeEtoFAttempt EDCH to FACH channel change request

ChannelChangeEtoFSuc EDCH to FACH channel change success

ChannelChangeEtoFFail EDCH to FACH channel change failure

ChannelChangeFtoEAttempt FACH to EDCH channel change request

ChannelChangeFtoESuc FACH to EDCH channel change success

ChannelChangeFtoEFail FACH to EDCH channel change failure

LAUpdateReq Location update request

LAUpdateSuc Location update success

MM Event

LAUpdateFail Location update failure

AttachSuc Attach success GMM Event

AttachFail Attach failure




PDPActivationReq PDP activation request

PDPActivationSuc PDP activation success

PDPActivationFail PDP activation failure

PDPDeActivation PDP deactivation

RAUpdateReq Route area update request

RAUpdateSuc Route area update success

RAUpdateFail Route area update failure

CSConnectionHO3Gto2GAttempt

3G to 2G handover attempt in the CS domain

CSConnectionHO3Gto2GSuc 3G to 2G handover success in the CS domain

CSConnectionHO3Gto2GFail 3G to 2G handover failure in the CS domain

CSConnectionHO2Gto3Gattempt

2G to 3G handover attempt in the CS domain

CSConnectionHO2Gto3GSuc 2G to 3G handover success in the CS domain

CSConnectionHO2Gto3GFail 2G to 3G handover failure in the CS domain

PSConnectionHO3Gto2GAttempt

3G to 2G handover attempt in the PS domain

PSConnectionHO3Gto2GSuc 3G to 2G handover success in the PS domain

PSConnectionHO3Gto2GFail 3G to 2G handover failure in the PS domain


2G to 3G handover attempt in the PS domain

PSConnectionHO2Gto3GSuc 2G to 3G handover success in the PS domain

PSConnectionHO2Gto3GFail 2G to 3G handover failure in the PS domain

3Gto2GCellReselection 3G to 2G cell reselection

2Gto3GCellReselection 2G to 3G cell reselection

Event3A Event 3A

Event3B Event 3B

Event3C Event 3C

InterRat Event

Event3D Event 3D

SMSMOAttempt SMS MO attempt

SMSMOAttComplete SMS MO attempt complete

SMS (Short Message Service) Event

SMSMOSuc SMS MO send success


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SMSMOFail SMS MO send failure

SMSMTAttempt SMS MT attempt

SMSMTAttComplete SMS MT attempt complete

SMSMTSuc SMS MT receive success

SMSMTFail SMS MT receive failure

Detach Detach

CellReselectionConnectedMode Connected mode of cell reselection

AuthenticationReq Authentication request

AuthenticationSuc Authentication success

AuthenticationFail Authentication failure

SecurityModeReq Security mode request

SecurityModeSuc Security mode success

SecurityModeFail Security mode failure

AuthenCipherReq Authentication cipher request

AuthenCipherSuc Authentication cipher success

AuthenCipherFail Authentication cipher failure

PhysicalChannelReconfigSuc Physical channel reconfiguration success

PhysicalChannelReconfigFail Physical channel reconfiguration failure

TransportChannelReconfigSuc Transport channel reconfiguration success

TransportChannelReconfigFail Transport channel reconfiguration failure

LinkRestoreAttempt Link restore attempt

LinkRestoreSuc Link restore success

LinkRestoreFail Link restore failure

GSMLocationUpdateSuc GSM location update success

Other Event

GSMLocationUpdateFail GSM location update failure

GSMCallAttempt GSM call attempt

GSMCallAttemptFail GSM call attempt failure

GSMAssignmentSuc GSM assignment success

GSMAssignmentFail GSM assignment failure

GSMLateAssignmentSuc GSM late assignment success

GSM Event

GSMLateAssignmentFail GSM late assignment failure




GSMCallAnswered GSM call answered

GSMCallComplete GSM call complete

GSMCallDropped GSM call drop

GSMDisconnect GSM call disconnect

GSMCallBlocked GSM call blocked

GSMAccessAttempt GSM access attempt

GSMAccessFailure GSM access failure

GSMCallSetup GSM call setup

GSMNoServiceAttempt GSM call attempt in the case of no service

GSMHandoverSuc Intra-GSM inter-cell handover success attempt

GSMHandoverFail Intra-GSM inter-cell handover failure attempt

GSMHandoverIntracellSuc GSM intra-cell handover success attempt

GSMHandoverIntracellFail GSM intra-cell handover failure attempt

GSMSDCCHCallDrop GSM SDCCH call setup attempt failure

GSMSDCCHAssigned GSM SDCCH channel assignment

GPS Connected GPS device connected attempt

GPS Disconnected GPS device disconnected

UE Connected UE connected

UE Disconnected UE disconnected

Scanner Connected Scanner connected

Scanner Disconnected Scanner disconnected

Ping Success Ping success

Ping Timeout Ping timeout

RAS Dial Dial up connection

RAS Error Dial up error

RAS Hangup Dial up disconnected

Test Stop Test stopped

RAS Dial Attempt RAS dial attempted

Session Start Session started

Session End Session ended. That is, the data is sent or received.

System

Session Drop Session dropped.


User Manual


7.1.8 Statistic As Site

The indicators are generated only when the UE device exists and the project parameter table is imported.

Table 7-10 describes the Statistic As Site indicators.

Table 7-10 Description of the Statistic As Site indicators


Summary This node consists of the following indicators: Avg Ec/Io, Avg RSCP, Dropped Calls, Failed Setups, Completed Calls, and SHOs.

SHO This node consists of the following indicators: Avg Ec/Io, Avg RSCP, AUS OK, AUS NOK, Dropped Calls, Failed Setups, and Completed Calls.

Call Setup This node consists of the following indicators: Avg Ec/Io, Avg RSCP, MOC OK, MOC NOK, MTC OK, and MTC NOK.

Call Dropped This node consists of the following indicators: Time, 5S Avg Ec/Io Before Drop, 5S Avg RSCP Before Drop, 5S Avg Ue TxPow Before Drop, and Avg SIR.

Call Setup Failure This node consists of the following indicators: Time, 5S Avg Ec/Io Before Setup Failure, 5S Avg RSCP Before Setup Failure, 5S Avg Ue TxPow Before Setup Failure, and Avg SIR.

Throughput This node provides the variation curve of the cell throughput depending on the distance between the UE and the site.

7.1.9 HSDPA The High-Speed Downlink Packet Access (HSDPA), which is a part of 3GPP R5, can greatly increase the downlink rate of a WCDMA system.



Table 7-11 and Table 7-12 describe the HSDPA indicators.

Table 7-11 Description of the HSDPA indicators


Serving Cell SC Provides the scrambling code of the serving cell of the HADPA.

Serving Cell Ec/Io Provides the Ec/Io value of the serving cell of the HSDPA.

Serving Cell RSCP Provides the receive signal code power of the serving cell of the HSDPA

Scheduled Rate (Delta)

Provides the transient rate of scheduling at the MAC layer in the unit of kbit/s.

Served Rate (Delta) Provides the transient rate of transmission (including failed transmission and retransmission) at the MAC layer in the unit of kbit/s.

MAC Layer Rate (Delta)

Provides the transient rate of transmission (excluding failed transmission and retransmission) at the MAC layer in the unit of kbit/s.

SCCH Success Rate (Delta)

Provides the transient usage of the HS-SCCH channel in the unit of percent.

DSCH SBLER (Delta)

Provides the transient BLER at the MAC layer in the unit of percent.

HS-DPCCH (Dedicated Physical Control Channel) CQI (Channel Quality Indicator)

Provides the average value of all the channel quality indicators (CQIs) of HS-DSCH in 200 ms. The value range is 0 to 30.

HS-DSCH Retrans Rate (Delta)

Provides the HS-DSCH retransmission rate.

HS-PDSCH Codes Provides the average value of all the UE-used codes in 200 ms. The value range is 1 to 15.

HS-DSCH Decoding Statistics

Provides the statistics on HS-DSCH decoding, as described in Table 7-12.

Table 7-12 Description of the HS-DSCH Decoding Statistics indicators


QPSK (Quadrature Phase Shift Keying)

Number of frames modulated in QPSK mode

16QAM Number of frames modulated in 16QAM mode

SB Fail Number of TB transmission failures at the MAC layer


User Manual



SB Suc Number of TB transmission successes at the MAC layer

Dup. SB Suc Number of retransmissions of the same TB, that is, the number of negative acknowledgement (NACK) messages to which the NodeB translates from the ACK messages provided by the UE upon successful decoding

ACK>NACK/DTX (Discontinuous Transmission)

Retransmission ratio of correct frames in the unit of percent

SBLER BLER at the MAC layer in the unit of percent

1st SBLER BLER ratio of the first frame in the unit of percent

Block Fail Number of failed TB transmissions after retransmissions, that is, the number of frames transmitted at the RLC layer after failed retransmissions at the MAC layer

Block Suc Number of TB transmission successes, which equals the value of SB success

Res. BLER BLER ratio at the RLC layer in the unit of percent

All TBS Statistics Sum of statistics on channel decoding of each TBS

1 Times Number of frames successfully transmitted during the first transmission

2 Times Number of frames successfully transmitted at the second attempt after the first attempt failed

3 Times Number of frames successfully transmitted at the third attempt after the first two attempts failed

4 Times Number of frames successfully transmitted at the fourth attempt after the first three attempts failed

5 Times Number of frames successfully transmitted at the fifth attempt after the first four attempts failed The fifth retransmission is initiated by the RLC layer after the Hybrid Automatic Repeat Request (HARQ) is set in the device.

≥ 6 Times Number of frames successfully transmitted at the sixth or later attempt after all the previous attempts failed

In addition, the Assistant provides the statistics on channel decoding according to each TBS.



7.1.10 HSUPA The High-Speed Uplink Packet Access (HSUPA), which is a part of 3GPP R6, can greatly increase the uplink rate of a WCDMA system.

Table 7-13 describes the HSUPA indicators.

Table 7-13 Description of the HSUPA indicators


MAC-e PDU Scheduled Rate MAC-e PDU scheduling rate

MAC-e PDU Served Rate MAC-e PDU served rate

MAC-e PDU Available Rate MAC-e PDU available rate

Non-DTX Probability Non-DTX probability

SBLER Served block error rate

1st SBLER Served block error rate of the first frame

Mac-e PDU Res. SBLER Reserved served block error rate

Power Limited Rate Power limited rate

SG Limited Rate SG limited rate

Buffer Limited Rate Buffer limited rate

Happy Rate HAPPY rate

Average AG Average AG

Average SG Average SG

E-DCH PSC E-DCH PSC

Combined RG Hold Rate Combined RG Hold rate

Combined RG Up Rate Combined RG Up rate

Combined RG Down Rate Combined RG Down rate

ALL TBS Statistics This indicator is used to monitor and estimate the actually used TB size and the retransmission on the basis of TB.

7.1.11 TXT The name of this indicator is entered when you import a .txt file. For details about how to import the .txt file, see 6.1.5 "Importing TXT Data."


User Manual


The imported .txt files must be in the required format. For details, see the template file provided by the Assistant: software installation directory\sample\Standard TXT Template.txt.

For example, you can enter hello, as shown in Figure 7-4.

Figure 7-4 Entering an indicator name

The following TXT indicator is displayed, as shown in Figure 7-5.

Figure 7-5 TXT indicator display

The indicator can be displayed in different methods, such as a map, chart, sheet, and caky. In addition, the indicator can be responded in a joint manner. For the details about how to check each indicator, see section "6.5 Displaying Analysis Data."



7.1.12 GSM KPI

Accessibility Table 7-14 describes the Accessibility indicators.

Table 7-14 Description of Accessibility indicators


Call Setup Success Rate Call setup success rate

SDCCH Drop Rate SDCCH drop rate

PDP Activation Success Rate PDP activation success rate

Session Setup Success Rate Session setup success rate

Retainability Table 7-15 describes the Retainability indicators.

Table 7-15 Description of the Retainability indicators


Call Dropped Rate Call drop rate

Session Drop Rate Session drop rate

Service Integrality Table 7-16 describes the Service Integrality indicators.

Table 7-16 Description of the Service Integrality indicators


FTP Throughput FTP throughput, collects statistics on the timeout rate, average, maximum, and minimum rates, and other network information during each FTP service.

Net Throughput Net throughput

HTTP Statistics HTTP service statistics

PDP Statistics PDP service statistics

Ping Statistics Ping service statistics


User Manual


Mobility Table 7-17 describes the Mobility indicators.

Table 7-17 Description of the Mobility indicators


Handover Success Rate Handover success rate

Delay Table 7-18 describes the Delay indicators.

Table 7-18 Description of the Delay indicators


Attach Time Delay Attach time delay

Ping Time Delay Ping time delay

PDP Activate Delay Time PDP activate time delay

Session Setup Delay Session setup delay

7.1.13 WCDMA KPI

Coverage Table 7-19 describes the Coverage indicators.

Table 7-19 Description of the Coverage indicators


Kilometer per Drop Call Kilometer per drop call

Coverage Rate Ratio of distance with satisfied signals to total drive test distance

Soft Handover Rate Soft handover ratio

Pilot Pollution Rate Pilot pollution ratio

UE Coverage Statistics UE coverage statistics



The formulas for the preceding indicators are as follows:

Kilometer per Drop Call (km/times) = Distance (km)/Number (Dropped) Prerequisite: ECIO >= -12 dB & TX Power <= 21 dBm & RSCP >= -95 dBm

Coverage Rate = Coverage Distance / Total Distance * 100% Prerequisite: CPICH ECIO >= -12 dB & CPICH RSCP >= -95 dBm

Soft Handover Rate = (A2 + A3)/(A1 + A2 + A3) * 100%, where Ai indicates that there are i cells in an activated dataset. The letter i can be 1, 2, or 3.

Pilot Pollution Rate = Pilot Pollution Points/Total Points * 100% Prerequisite: The number of pilot signals is obtained when the number of active set is more than or equal to 4. The value of CPICH's RSCP in all the cells must be equal to or are greater than -100 dBm. The difference between the best value of CPICH's RSCP and other values must be 5 dBm at most.

Accessibility Table 7-20 describes the Accessibility indicators.

Table 7-20 Description of the Accessibility indicators


Incoming Call Setup Success Rate (AMR) Incoming call setup success rate of concurrent services

Incoming Call Setup Success Rate (VP) Incoming call setup success rate of the video phone (VP) service

Outgoing Call Setup Success Rate (AMR) Outgoing call setup success rate of concurrent services

Outgoing Call Setup Success Rate (VP) Outgoing call setup success rate of the VP service

PDP Activation Success Rate PDP activation success rate

RRC Setup Statistics RRC setup statistics

SMS MO SMS transmission success rate (Uplink)

SMS MO submit success rate

SMS MT SMS Receipt success rate (Downlink)

SMS MO retrieve success rate

Session Setup Success Rate Session setup success rate


User Manual


The formulas for the preceding indicators are as follows:

Outgoing Call Setup Success Rate = Number (Alterting) / (Number(CallAttempt) - Number(Disconnect Normal Reason)) * 100%

Incoming Call Setup Success Rate =Number(IncomingCallAlerting) / Number(IncomingCallResponsed) * 100%

The method for calculating the PDPA Activation Success Rate varies according to the statistic method set in the properties of the dataset.

If the statistic method is set to PDP request, the calculation formular is: PDP Activation Success Rate = Number (PDPActivationSuc) / Number (PDPActivationReq) * 100% If the RRC request, the calculation formula is: PDP Activation Success Rate = Number (PDPActivationSuc) / Number (RRCConnectionRequest) * 100% By default, the statistic method is set to PDP request.

Retainability Table 7-21 describes the Retainability indicators.

Table 7-21 Description of the Retainability indicators


CS Call Drop Rate (AMR) Call drop ratio of AMR

CS Call Drop Rate (VP) Call drop ratio of VP

CS Call Statistics CS call statistics

LinkRestore Success Rate Link restore success rate

Measurement Analysis after CallEnd or CallDropped

Statistics on pilot information after call end or call drop

Measurement Analysis before CallEnd or CallDroppd

Statistics on pilot information during a period before call end or call drop

Measurement Analysis before RRCConnection Req

Statistics on pilot information before RRC connection setup request

PS Service Drop Rate Call drop ratio of PS

The Statistics Status After Link Restore

Service statistics after link restoration

Service integrity Table 7-22 describes the Service integrity indicators.

Table 7-22 Description of the Service integrity indicators


BLER during SHO Analysis BLER statistics of each soft handover




BLER per Call Analysis BLER statistics of each call

Downlink Bler Epinasty (VP) Downlink BLER epinasty (VP)

Downlink Bler Epinasty (Voice) Downlink BlER epinasty (Voice)

FTP Throughput Timeout ratio, average throughput, maximum throughput, minimum throughput, and other network information during each FTP service

HSDPA DL Avg AppThroughput HSDPA average application throughput in the downlink

HSDPA UL Avg AppThroughput HSDPA average application throughput in the uplink

HSUPA Avg AppThroughput HSUPA average application throughput

HTTP Statistics Statistics of the HTTP service

Net Throughput Net throughput

Overall BLER Analysis BLER statistics during the entire drive test

PDP Statistics Statistics of the PDP service

PS Integration Statistics PS integration statistics, such as allType, Setuptime, AppThroughput, (WCDMA) RLC Throughput, and (WCDMA) Rx Power

Ping Statistics Statistics of the Ping service

R99 DL Avg AppThroughput R99 downlink average application throughput

R99 UL Avg Throughput R99 uplink average application throughput

Joint Cut-off Call Ratio Call drop ratio of concurrent services

FTP RLC PDU Throughput FTP radio link control protocol data unit throughput

Mobility Table 7-23 describes the Mobility indicators.

Table 7-23 Description of the Mobility indicators

Type Indicator Description

R99 InterFreq HHO Success Rate R99 inter-frequency hard handover success rate

R99 IntraFreq HHO Success Rate R99 intra-frequency hard handover success rate

R99

R99 SHO Success Rate R99 soft handover success rate


User Manual



Soft HO Performance Analyze R99 soft handover performance analysis

PS GSM to R99 HHO Success Rate PS GSM to R99 hard handover success rate

Voice R99 to GSM HHO Success Rate

Voice R99 to GSM hard handover success rate

Voice GSM to R99 HHO Success Rate

Voice GSM to R99 hard handover success rate

Inter-RAT

PS R99 to GSM HHO Success Rate PS R99 to GSM hard handover success rate

H to G HHO Success Rate HSDPA to 2G hard handover success rate

H to H InterFreqCellChange Success Rate

HSDPA to HSDPA inter-frequency cell change success rate

H to H IntraFreqCellChange Success Rate

HSDPA to HSDPA intra-frequency cell change success rate

H to R99 InterFreqHHO Success Rate

HSDPA to R99 inter-frequency hard handover success rate

H to R99 IntraFreqHHO Success Rate

HSDPA to R99 intra-frequency hard handover success rate

H to R99 IntraFreqSHO Success Rate

HSDPA to R99 intra-frequency soft handover success rate

R99 to H InterFreqHHO Success Rate

R99 to HSDPA inter-frequency hard handover success rate

R99 to H IntraFreqHHO Success Rate

R99 to HSDPA intra-frequency hard handover success rate

HSDPA

R99 to H IntraFreqSHO Success Rate

R99 to HSDPA intra-frequency soft handover success rate




Channel change DCH To EDCH Success Rate

Dedicated Channel (DCH) to EDCH channel change success rate

HSUPA to GPRS InterRAT HO Success Rate

HSUPA to GPRS intra-system handover success rate

InterCell Channel Change EDCH To DCH Success Rate

Inter-frequency EDCH to DCH reconfiguration success rate

InterFreq EDCHServing Cell Change HHO Success Rate

Inter-frequency EDCH serving cell hard handover success rate

IntraCell Channel Change EDCH To DCH Success Rate

Intra-frequency EDCH to DCH reconfiguration success rate

IntraFreq EDCHServing Cell Change HHO Success Rate

Intra-frequency EDCH serving cell hard handover success rate

HSUPA

IntraFreq EDCHServing Cell Change SHO Success Rate

Intra-frequency EDCH serving cell soft handover success rate

Delay Table 7-24 describes the Delay indicators.

Table 7-24 Description of the Delay indicators


CS Incoming Call Setup Delay Time (VP & AMR)

CS voice incoming call setup delay time

CS Outgoing Call Setup Delay Time (VP & AMR)

CS voice outgoing call setup delay time

PDP Activate Delay Time PDP activation delay time

PS Service Setup Delay Time PS service setup delay time

Access Delay

Session Setup Delay Session setup delay

Soft Handover Link Addition Time Soft handover link addition delay time

Soft Handover Link Deletion Time Soft handover link deletion delay time

InterFreq HHO Delay Time Inter-frequency hard handover delay time

IntraFreq HHO Delay Time Intra-frequency hard handover delay time

LinkRestore Delay Time Link restore delay time

PS GSM to R99 HHO Delay Time PS GSM to R99 hard handover delay time

R99 Handover Delay

PS R99 to GSM HHO Delay Time PS R99 to GSM hard handover delay time


User Manual



Voice GSM to R99 HHO Delay Time Voice GSM to R99 hard handover delay time

Voice R99 to GSM HHO Delay Time Voice R99 to GSM hard handover delay time

H to H InterFreq Cell Change Delay Time HSDPA to HSDPA inter-frequency cell change delay time

H to H IntraFreq Cell Change Delay Time HSDPA to HSDPA intra-frequency cell change delay time

H to R99 IntraFreq HHO Delay Time HSDPA to R99 intra-frequency hard handover delay time

H to R99 IntraFreq SHO Delay Time HSDPA to R99 intra-frequency soft handover delay time

H to R99 InterFreq HHO Delay Time HSDPA to R99 inter-frequency hard handover delay time

R99 to H IntraFreq HHO Delay Time R99 to HSDPA intra-frequency hard handover delay time

R99 to H IntraFreq SHO Delay Time R99 to HSDPA intra-frequency soft handover delay time

R99 to H InterFreq HHO Delay Time R99 to HSDPA inter-frequency hard handover delay time

HSDPA Handover Delay

H to 2G InterRAT Handover Delay Time HSDPA to 2G inter-system hard handover delay time

SMS MO Delay Time SMS MO delay time SMS Delay

SMS MT Delay Time SMS MT delay time

Channel change DCH To EDCH Delay Time

DCH to EDCH channel change delay time

HSUPA to GPRS InterRAT HO Delay Time

HSUPA to GPRS inter-system handover delay time

InterCell Channel Change EDCH To DCH Delay Time

Inter-cell EDCH to DCH channel change delay time

InterFreq EDCHServing Cell Change HHO Delay Time

Inter-frequency EDCH serving cell hard handover delay time

IntraCell Channel Change EDCH To DCH Delay Time

Intra-cell EDCH to DCH channel change delay time

IntraFreq EDCHServing Cell Change HHO Delay Time

Intra-frequency EDCH serving cell hard handover delay time

HSUPA Handover Delay

IntraFreq EDCHServing Cell Change SHO Delay Time

Intra-frequency EDCH serving cell soft handover delay time

Other Cell Reselection Time From GSM to WCDMA (CS)

Cell reselection delay time from GSM to WCDMA of the CS service




Cell Reselection Time From GSM to WCDMA(PS)

Cell reselection delay time from GSM to WCDMA of the PS service

Ping RTT at application Level Round-trip time (RTT) of the Ping test

Attach Time Delay Delay time from Attach Request to Complete

Call Timing Analysis Call delay time analysis

Detach Time Delay Delay time from Detach Request to Complete

Other Table 7-25 describes the Other indicators.

Table 7-25 Description of the Other indicators


VP Integrated video connection (lasting more than 2 min) Integrated Call

Voice Integrated voice connection (lasting more than 2 min)

7.2 Scanner Indicators 7.2.1 GSM Scanner

The GSM scanner is used for scannering and analyzing the channels with a specified frequency range.

Band Information Multiple bands may exist during the process of one drive test. The information about bands is added to identify the bands of the indicators. As shown in Figure 7-6, the band information about the current scanner is DCS1800 where DCS refers to the digital cellular system.


User Manual


Figure 7-6 Band information

RxLev Table 7-26 describes the RxLev indicators.

Table 7-26 Description of the RxLev indicators


RxLev Best The first six RxLevs of the best performed cell.

RxLev For Arfcn All RxLevs of a specified ARFCN.

C/I Table 7-27 describes the C/I indicators.

Table 7-27 Description of C/I indicators.


C/I Best The first six C/I values of the test point.

C/I For Arfcn All C/I values of a specified ARFCN.

C/A Table 7-28 describes the C/A indicators.



Table 7-28 Description of the C/A indicators


C/A For Arfcn(+2) The C/A value of an ARFCN whose value is greater than the value of the specified ARFCN by 2

C/A For Arfcn(+1) The C/A value of an ARFCN whose value is greater than the value of the specified ARFCN by 1

C/A For Arfcn(-1) The C/A value of an ARFCN whose value is smaller than the value of the specified ARFCN by 1

C/A For Arfcn(-2) The C/A value of an ARFCN whose value is small than the value of the specified ARFCN by 2

BCCH Along With BSIC Table 7-29 describes the BCCH Along With BSIC indicators.

Table 7-29 Description of the BCCH Along With BSIC indicators


BSIC For Arfcn The BSICs of the specified ARFCN

7.2.2 WCDMA Scanner The scanner indicators are based on the 3GPP Universal Mobile Telecommunications System (UMTS). The scanner can scan and analyze the strongest pilot signal, specified pilot signal, and spectrum.

Frequency Multiple frequencies may occur during a drive test. The frequency number is used to identify the frequency in which the indicator is located, as shown in Figure 7-7.


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Figure 7-7 Frequency number

Nth Best The Nth Best indicators denote the first N cells with the best signals. Table 7-30 describes the Nth Best indicators.

Table 7-30 Description of the Nth Best indicators


Ec/Io and RSCP for 1st ServiceCell

Provides the Ec/Io and RSCP of the best serving cell at each test point.

Ec/Io for Nth Best Service Cell

Provides the Ec/Io values of N (1 to 5) cells in descending order according to Ec/Io at each test point.

RSCP for Nth Best Service Cell

Provides the RSCP values of N (1 to 5) cells in descending order according to RSCP at each test point.

SC for Nth Best Service Cell Provides the scrambling codes of N (1 to 5) cells in descending order by Ec/Io at each test point.

Sir For Nth Best Service Cell Provides the SIR values of N (1 to 5) cells in descending order according to SIR at each test point.

Rscp For Nth Best Service Cell

Provides the Rscp values of N (1 to 5) cells in descending order according to Rscp at each test point.

EC/IO Table 7-31 describes the Ec/Io indicators.



Table 7-31 Description of the Ec/Io indicators


Ec/Io for SC Corresponding Ec/Io of each scrambling code On the basis of cells, the Assistant categorizes the Ec/Io information measured by the scanner during a drive test and displays all the Ec/Io information about a specific cell measured during the drive test.

Ec/Io Max for SC

The maximum Ec/Io value of each scrambling code The Assistant obtains the maximum Ec/Io from all the Ec/Io values provided by the Ec/Io for SC sub-node.


RSCP Table 7-32 describes the indicators of RSCP.

Table 7-32 Description of the RSCP indicators


RSCP for SC RSCP of each scrambling code On the basis of cells, the Assistant categorizes the RSCP information measured by the scanner during a drive test and displays all the RSCP information about a specific cell measured during the drive test.

RSCP Max for SC

The maximum RSCP of each scrambling code The Assistant selects the drive test point at which the RSCP of a current cell is the best from the data of RSCP for SC.


Pilot Pollution Table 7-33 describes the indicators of Pilot Pollution.

Table 7-33 Description of the Pilot Pollution indicators


Pilot Pollution for SC

Pilot pollution of each scrambling code The Assistant simulates pilot pollution by using the scanner test data and categorizes the pilot pollution results according to cells. All the pilot pollution information about a specific cell during the drive test is displayed.


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Whole PP The number of points with pilot pollution measured during the drive test

Pilot Pollution Rate

Pilot pollution rate. You can set this parameter in the properties of the dataset.

The formula for the pilot pollution rate is as follows: Pilot Pollution Rate = Pilot Pollution Points/Total Points * 100%. A point can be determined as a pilot pollution point when it meets the following three conditions:

The number of pilot signals is obtained when the number of active sets equals to or is larger than four.

The RSCPs of at least four CPICHs equal to or are greater than -100 dBm. The difference between the RSCP of the best performed CPICH and the RSCP of any other CPICH

equals to or is larger than 5 dBm.

HO Event This node provides the events simulated by the scanner, as described in 4.2.6 "Modifying the Dataset Property." The simulation is based on the test data and the parameters set for soft handover. For details about the parameter setting, refer to Table 7-34.

Table 7-34 describes the HO Event indicators.

Table 7-34 Description of the HO Event indicators


Simulated Event 1A

Event 1A of the active set, which is simulated through the scanner pilot data Event 1A indicates that the primary pilot channel comes into the reporting scope.

Simulated Event 1B

Event 1B of the active set, which is simulated through the scanner pilot data Event 1B indicates that the primary pilot channel goes out of the reporting scope.

Simulated Event 1C

Event 1C of the active set, which is simulated through the scanner pilot data Event 1C indicates that the signal quality of an inactivated primary pilot channel is better than the signal quality of an activated one.

Simulated Event 1D

Event 1D of the active set, which is simulated through the scanner pilot data.Event 1D indicates that the best cell changes.

RSSI This node provides the received signal strength indicators (RSSIs) measured by the scanner. The RSSI reflect the pilot interference on the drive test route.



Scanner Coverage Summary (EC/IO) This indicator is the scanner Ec/Io coverage summary, as shown in Figure 7-8.

Figure 7-8 Scanner Coverage Summary (Ec/Io)

Scanner Coverage Summary(RSCP) This indicator is the scanner RSCP coverage summary, as shown in Figure 7-9.

Figure 7-9 Scanner Coverage Summary (RSCP)

7.3 RNC Indicators 7.3.1 Overview

The RNC indicators reflect the status of radio network resources.


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Table 7-35 describes the RNC indicators.

Table 7-35 Description of the RNC indicators


UL BLER Uplink block error rate, to which uplink block error rate epinasty is added

UL BER Uplink bit error rate

UL SIR Uplink signal-to-interference ratio

UL SIR Target Uplink signal-to-interference ratio target

UL RSSI Uplink RSSI

UL Throughput Uplink throughput

UL Bandwidth Uplink bandwidth

DL BLER Downlink block error rate

DL Throughput Downlink throughput

DL Bandwidth Downlink bandwidth

DL Tx Carr Pwr Transmit power of the downlink carriers

DL Transmit Code Power Downlink transmit code power

GENEX Assistant User Manual 8 Analysis Report Management


8 Analysis Report Management

About This Chapter


Section Describes

8.1 Overview The reports generated by the Assistant.

8.2 Generating WCDMA DT Report

The complete .doc report provided by the Assistant for common UE and scanner indicators.

8.3 Generating Reports Through the Wizard

The Assistant can generate WCDMA KPI reports, GSM reports, scanner reports, custom reports, and theme reports through the wizard.

8.4 WCDMA KPI Report The WCDMA KPI reports and the pages in the reports.

8.5 GSM Report The GSM/GPRS reports and the pages in the reports.

8.6 Scanner Report The Scanner reports and the pages in the reports.

8.7 Theme Report The theme reports and the pages in the reports.

8 Analysis Report Management GENEX Assistant

User Manual


8.1 Overview The reports automatically generated by the Assistant consist of the WCDMA DT report, WCDMA KPI report, GSM KPI report, scanner report, custom report, and theme report.

WCDMA KPI reports, GSM KPI reports, scanner reports, custom reports, and theme reports can be generated through the wizard.

8.2 Generating WCDMA DT Report The Assistant provides a complete .doc DT report for common UE and scanner indicators.

To generate the WCDMA DT report, perform the following steps:


Step 2 Right-click the dataset and choose Analyse Report > WCDMA Drive Test Report.

The Report Setting dialog box is displayed, as shown in Figure 8-1.

Figure 8-1 Report Setting dialog box

Table 8-1 describes the parameters in the Reporting Setting dialog box.

Table 8-1 Parameters in the Report Setting dialog box

Parameter Function

UE Name Select a test UE.

SCANNER Name Select a scanner.

Cluster Name Enter the name or ID of a tested cluster.

Customer Name Enter a customer name.



Parameter Function

Data Setting Two options are available: All Data: analyzing all the data Lock Data: analyzing the locked data

Step 3 After the parameter configuration is complete, click OK.

----End

8.3 Generating Reports Through the Wizard The Assistant can generate WCDMA KPI reports, GSM reports, scanner reports, and theme reports through the wizard. Two available methods are as follows:

Through the intelligent report subsystem Through the shortcut menu of a dataset

8.3.1 Intelligent Report Subsystem The data source of the reports exported by the intelligent report system can come from either the original test data file (for example. *.gen data file) or the imported dataset. You can configure the reports through the interface wizard. The smart report system generates relevant reports according to the configuration.

Generating Reports from Original Data The reports are directly generated from the original test data file.

You can perform this operation in either of the following situations:

No project file is opened. The opened project file is selected.

This section takes the second situation as an example to introduce the operating procedure for generating an intelligent report from original data.

Step 1 Select a project on the Project tab page in the navigation area.

Step 2 Click on the tool bar, or choose Dataset > Report Wizard.


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The Smart Report Guide-First Step dialog box is displayed, as shown in Figure 8-2.

Figure 8-2 Smart Report Guide-First Step dialog box (Setting tab page)

Step 3 Set the parameters on the Setting tab page.

For details about parameter setting, refer to Table 8-2.

Table 8-2 Parameters on the Setting tab page

Parameter Function

Project Name The file name of the selected project.

Project Path The saving path of the selected project.

Dataset Name Set the properties of a dataset by clicking . For details, see section 4.2 "Managing a Dataset."

Report Author Enter the author name of a report.

Report Path Select the save path of the report



Step 4 Choose the ImportFiles tab, as shown in Figure 8-3.

Figure 8-3 ImportFiles tab page

Table 8-3 describes the tab page shown in Figure 8-3.

Table 8-3 Description of the ImportFile tab page

No. Description

(1) If you select the AutoCombinebyCom check box, the devices are automatically merged through the COM interface. NOTE

The data using the same COM interface is merged into one device.

(2) Displays the data files to be imported.

(3) If you select the IsNeedCrossingTable check box, the data required by the crossing table report is recorded. The crossing table shows the relations of indicators in the imported HSDPA data. NOTE

The crossing table is valid only to the HSDPA data.

(4) Click Browse to choose the data files to be imported.


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Step 5 After importing a data file, click Next.

The Smart Report Guide-Second Step dialog box is displayed, as shown in Figure 8-4.

Figure 8-4 Smart Report Guide-Second Step dialog box

Table 8-4 describes the parameter setting of this dialog box.

Table 8-4 Parameter setting of the Smart Report Guide-Second Step dialog box

Parameter Function

Device group box Lists the selected devices.

Right pane Displays the reports provided by the system for you to select. You can double-click the nodes in green, and then edit the corresponding report of this node.

Load Loads the report template that is already saved.

Save Saves the report template that is already set.

If you do not select a device from the Device list box, the report configuration of each device is the

same. If you select at least one device from the Device list box, you can specifically configure the reports

generated by this device.




After the data is processed, the corresponding report cover is displayed, as shown in Figure 8-5.

Figure 8-5 Cover of the smart report

----End

Generating Reports from the Existing Dataset Before generating reports, ensure that the dataset is already imported to the project.

To generate intelligent reports from the existing dataset, use the following methods:

Right-click the selected dataset, and then choose Analyse Report > Report Wizard from the shortcut menu.

Select the dataset from which the intelligent report needs to be generated. Click on the tool bar.

Select the dataset from which the intelligent report needs to be generated. Choose Dataset > Report Wizard.

This part takes the second method as an example to describe the method of generating an intelligent report from the existing dataset. The detailed procedure is as follows:

Step 1 On the Project tab page, select a dataset to generate a smart report.

Step 2 Click on the tool bar.

The Smart Report Guide-First Step dialog box is displayed, as shown in Figure 8-6.


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Figure 8-6 Smart Report Guide-First Step dialog box

Table 8-5 describes the parameter setting of this dialog box.

Table 8-5 Parameter setting of the First Step dialog box

Parameter Function

Available Device list box Used to display the available devices to generate a smart report.

Selected Device list box Used to display the selected devices.

Used to move all devices from the Available Device list box to the Selected Device list box.

Used to move the selected devices from the Available Device list box to the Selected Device list box.

Used to move the selected devices from the Selected Device list box to the Available Device list box.

Used to move all devices from the Selected Device list box to the Available Device list box.

Report Author Used to enter the report author.

Report Directory Selects the save path of the report by clicking .



Step 3 Click Next.

The Smart Report Guide-Second Step dialog box is displayed, as shown in Figure 8-7. For details about the parameter description of the dialog box, see Table 8-4.

Figure 8-7 Smart Report Guide-Second Step dialog box


After the data is processed, the corresponding report cover is displayed.

----End

8.3.2 Generating Reports from the Shortcut Menu The object of generating reports from the shortcut menu of the dataset is the dataset that has been imported to the project.

Right-click the dataset about which a report is to be generated. From the shortcut menu, choose Analyse Report. From the displayed submenu, choose the report to be generated, including WCDMA Drive Test Report and Report Wizard.


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For details about how to generate the WCDMA drive test report, see section 8.2 "Generating

WCDMA DT Report." For details about how to generate the report wizard, see section "Generating Reports from the

Existing Dataset."

8.3.3 Generating a Custom Report You can select and collect statistics on some GSM or WCDMA basic indicators, events or KPIs that are defined by the system. Then, the Assistant displays the statistic results in geographic map, bar chart, or statistic values in the exported reports (.doc files) to facilitate your analysis of the data.

To generate a custom report, perform the following steps:

Step 1 In the Smart Report Guide – Second Step dialog box shown in Figure 8-4 and Figure 8-7, double-click the Custom Report node.

The Custom Report Setup dialog box is displayed, as shown in Figure 8-8.

Figure 8-8 Custom Report Setup dialog box

Table 8-6 describes the parameters of the Custom Report Setup dialog box.



Table 8-6 Description of parameters of the Custom Report Setup dialog box

Control Parameter Description

IE tab page - Displays the GSM and WCDMA UE indicators. For details, see section 7.1 "UE Indicators."

Displays the GSM and WCDMA scanner indicators. For details, see section 7.2 "Scanner Indicators."

EVENT tab page - Displays the test terminal event indicators. For details, see section 7.1.7 "Phone Event."

KPI tab page - Displays the GSM and WCDMA KPI indicators. For details, see sections 7.1.12 "GSM KPI" and 7.1.13 "WCDMA KPI."

IE/EVENT/KPI Name Refers to the names of the indicator elements (IEs), events, and KPIs.

T1

T2

Refers to the threshold that you enter. This parameter is used to collect statistics on the rates of the following IE indicators that are:

Greater than the threshold Smaller than the threshold Equal to or greater than the threshold Equal to or smaller than the threshold Equal to the threshold

If you enter "-", no statistic results are displayed.

T1. Comparison

T2. Comparison

Refer to T1 and T2 comparison operators which consist of >, <, >=, <=, or =.

DisplayMap Determines whether to display the statistic results of IEs or Events. You can select Yes or No.

DisplayHistogram Determines whether to display the statistic results of IEs in bar chart. You can select Yes or No.

DisplayWithGps Locates on the Event tab page and determines whether to display the test route when an event is displayed.

Stat Determines whether to display the statistic results of IEs and EVENTs in statistic value. You can select Yes or No.

The statistic values to be displayed are as follows:

Average value Maximum value Minimum value Standart variance Legend scope Thresholds of T1 and T2

List box in the left

DeviceType A fixed value referring to the corresponding device type of IEs such as UEs and scanners.


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Control Parameter Description

Top Moves the specified indicator in the left list box to the top of the list.

Down Moves down the specified indicator.

Up Moves up the specified indicator.

Move

Bottom Moves the specified indicator to the bottom of the list.

All Selects all indicators in the left list box.

Clear Clears the selected indicators in the left list box.

Select

Reverse Performs reverse selections to the indicators in the left list box. That is, selects the cleared indicators and clears the selected indicators.

GSM Determines whether to display the relevant GSM indicators in the left list box.

Type

WCDMA Determines whether to display the relevant WCDMA indicators.

Step 2 Set the PSC value in the EcIo/RSCP For SC indicator.

I ... Then…

The value of the scrambling code (SC) is set

1. Select WCDMA in the Custom Report Setup dialog box. 2. On the IE tab page, double-click DTI SCANNER RSCP For SC (0, 1, 2), DTI

SCANNER Ec/Io For SC (0, 1, 2), UE RSCP For SC (0, 1 ,2), or UE Ec/Io For SC (0, 1 ,2).

3. In the dialog box, enter the corresponding primary scrambling code (PSC) of the indicator. Use commas to separate multiple PSCs. If you want to expert the indicators of all PSC, enter *.

4. Click OK. 5. Perform Step 3.

The value of the SC is not set

Perform Step 3.

Step 3 Click OK.

----End



8.4 WCDMA KPI Report Table 8-7 describes the important indicators of WCDMA.

Table 8-7 Important indicators of WCDMA

Indicator Introduction

Coverage The custom KPI report function supports coverage setting and you can decide whether the related pages should be generated.

Accessibility The custom KPI report function supports accessibility setting and you can decide whether the related pages should be generated.

Service integrity The custom KPI report function supports service integrity setting and you can decide whether the related pages should be generated.

Mobility The custom KPI report function supports mobility setting and you can decide whether the related pages should be generated.

Retainability The custom KPI report function supports retainability setting and you can decide whether the related pages should be generated.

Other KPIs The custom KPI report function supports other KPIs setting and you can decide whether the related pages should be generated.

Figure 8-9 shows the cover of a WCDMA KPI report.

Figure 8-9 WCDMA KPI Report cover

The following part describes the pages of the WCDMA KPI report.


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8.4.1 Coverage Figure 8-10 shows the Coverage page.

Figure 8-10 WCDMA KPI Report - Coverage page

8.4.2 Accessibility Figure 8-11 shows the Accessibility page.

Figure 8-11 WCDMA KPI Report - Accessibility page

8.4.3 Retainability Figure 8-12 shows the Retainability page.

Figure 8-12 WCDMA KPI Report - Retainability page



8.4.4 Service integrity Figure 8-13 shows the Service integrity page.

Figure 8-13 WCDMA KPI Report - Service integrity page

8.4.5 Mobility Page Figure 8-14 shows the Mobility page.

Figure 8-14 WCDMA KPI Report - Mobility page


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8.4.6 Other KPIs Figure 8-15 shows the Other KPIs page.

Figure 8-15 WCDMA KPI Report - Other KPIs page

8.4.7 Timing Delay Report Figure 8-16 shows the WCDMA KPI Timing Delay Report.

Figure 8-16 WCDMA KPI Timing Delay Report

Table 8-8 describes the delay KPIs.

Table 8-8 Delay KPIs

KPI Remarks

Access Call setup delay time

R99 HO R99 handover delay time



KPI Remarks

Inter-Rat Inter-Rat handover delay time

HSDPA HO HSDPA handover delay time

SMS SMS delay

HSUPA HO HSUPA handover delay time

Other Other delay

8.5 GSM Report This report contains the indicators related to the GSM. For details, see section 0"

GSM."

8.5.1 GSM MS Call Analysis Report This report, as shown in Figure 8-17, provides the analysis and statistics of GSM MS calls.

Figure 8-17 GSM MS Call Analysis report

8.5.2 GSM Drive Test Statistics Report This report shown in Figure 8-18 provides the analysis and statistics of the GSM drive test.


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Figure 8-18 GSM Drive Test Statistics report

8.5.3 GSM Handover Statistics Report This report shown in Figure 8-19 provides the indicators of handover events.

Figure 8-19 GSM Handover Statistics report

8.5.4 GPRS FTP Data Layer Performance Report This report collects the statistics of FTP-related information, which is as follows:

FTP data layer performance (DL) collects the statistics of all the files in FTP DL. FTP statistics details (DL) collect the statistics of each FTP DL.



FTP data layer performance (UL) collects the statistics of all the files in FTP UL. FTP statistics details (UL) collect the statistics of each FTP UL.

Figure 8-20 shows the FTP data layer performance report.

Figure 8-20 FTP data layer performance report

8.5.5 GPRS GMM Event Statistics Report This report shown in Figure 8-21 provides the number and time of Attach, PDP activation, and route area update (RAU) events.

Figure 8-21 GMM Event Statistics report

8.5.6 GPRS Physical Layer Indicator Report This report shown in Figure 8-22 provides the physical parameters such as RxLevel, C Value, and transmit power according to the drive test files.


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Figure 8-22 Physical Layer Indicator report

8.5.7 GPRS RLC BLER and Retransmissions Report This report shown in Figure 8-23 provides block error rate and retransmission rate.

Figure 8-23 RLC BLER and Retransmissions report

8.5.8 GPRS WAP Testing Statistics Report This report shown in Figure 8-24 provides the number of attempts, number of successes, success rate, and retransmission rate.



Figure 8-24 WAP Testing Statistic report

WAP Login: WAP login statistics WAP Page Refresh: WAP refresh statistics WAP Download: WAP download statistics

8.6 Scanner Report This report consists of a WCDMA scanner handover analysis report and a neighbor cell analysis report. For details, see section 7.2 "Scanner Indicators."

8.6.1 WCDMA Scanner Handover Analysis Report This report shown in Figure 8-25 analyzes and summarizes the scanner handover information.


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Figure 8-25 WCDMA Scanner Handover Analysis report

8.6.2 WCDMA Scanner Neighbor Analysis Report This report shown in Figure 8-26 statistics on neighboring cells that are not configured.



Figure 8-26 WCDMA Scanner Neighbor Cell Analysis report

8.7 Theme Report 8.7.1 WCDMA UE Crossingtable HSDPA

This report shown in Figure 8-27 provides the reference of the HSDPA indicators.


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Figure 8-27 WCDMA UE Crossingtable HSDPA report

8.7.2 HSUPA Happy Rate Report This report shown in Figure 8-28 reflects users' satisfaction of HSUPA service performance.



Figure 8-28 HSUPA Happy Rate report

8.7.3 WCDMA UE Call Analysis Report This report shown in Figure 8-29 analyzes and summarizes the WCDMA UE call data, which consists of RRC setup information, CS call statistics, and PS call statistics.


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Figure 8-29 WCDMA UE Call Analysis report



8.7.4 APPLayer Analysis Report This report, as shown in Figure 8-30, provides the statistics in compliance with the Probe test and Ping protocols that include Ping, http, and ftp.

The Ping page displays the statistics on the Ping test, including time, and status. The PDP page displays the statistics on the PDP activation test, including time, and

status. The Http page displays the statistics on HTTP services. The NetThroughput page displays the statistics on the network throughput.

Figure 8-30 AppLayer Analysis report


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8.7.5 WCDMA UE User Defined Time Delay Report This report provides the preface and the analysis of events that you can define. The signaling of objects is entered for the user defined events. You can choose start signaling, end signaling, and maximum internal. In addition, you can define the event names, as shown in Figure 8-31.

Figure 8-31 WCDMA User defined Time Delay Report

GENEX Assistant User Manual 9 FAQ


9 FAQ

About This Chapter


Section Describes

9.1 Overview The common problems that may occur on the Assistant.

9.2 Software Startup The common problems during software startup and corresponding solutions.

9.3 Data Import The common problems during data import and corresponding solutions.

9.4 Map Operation The common problems during map operation and corresponding solutions.

9.5 Data Display The common problems during data display and corresponding solutions.

9.6 Others The common problems during other operations and corresponding solutions.

9 FAQ GENEX Assistant

User Manual


9.1 Overview The common problems that may occur on the Assistant are as follows:

Software Startup Data Import Map Operation Data Display Others

9.2 Software Startup 9.2.1 How to Start the Assistant When the Verification Fails?

Description The GENEX Assistant cannot normally start up. The system displays Lock Error: Verify Lock Failed.

Solution One of the following causes may lead to the license checking failure and the system startup failure. In addition, the solutions to each exception are as follows:

The dongle is connected improperly. − Check whether the dongle is connected. − Check whether the connection between the dongle and the parallel port or USB port

is normal. − Check whether the dongle driver is installed correctly. It is recommended that you

reinstall the dongle driver. You have changed the system time before starting the Assistant.

Do not change the system time before starting the Assistant. The dongle controls the authority through the system time. The system time must be the current time or later than the current time.

The dongle expires. The license has a validity period. If the license expires, you cannot use the dongle again. Thus, you must apply for a new license.

The GENEX Shared is installed improperly. Check whether the GENEX Shared components are installed properly. It is recommended that you reinstall the GENEX Shared components.

If you have installed other software that also requires the dongle and the Assistant cannot be started normally, you can infer that the two dongles conflict with each other. In this case, you need to uninstall the Sentinal Drive from the Control Panel and reinstall the GENEX Shared components.



9.2.2 The Files for East Asian Languages Are Not Installed.

Description The GENEX Assistant cannot be started properly. The system displays the message "Selected collating sequence not supported by the operating system."

Solution To install the GENEX series tools in the operating system of non-Chinese version, you need to install East Asian languages in the Windows operating system. To install East Asian languages in the Windows operating system, perform the following steps:

Step 1 Choose Start > Control Panel > Regional and Language Options.

Step 2 In the Regional and Language Options dialog box, click the Languages tab.

Step 3 Select Install files for East Asian languages. Then, follow the system prompts to complete the installation.

----End

9.3 Data Import 9.3.1 How to Handle Illegal Operations During the Data Import?

Description Illegal operations, for example, manually forced operations such as exiting the program or the computer, occur during the data import.

Solution The data processing comes after the data import. Thus, the illegal operation damages the intactness of the whole process and causes data errors. Therefore, you cannot exit the entire program or turn off the computer by force during the data import. If any illegal operation or error occurs, such as sudden power-off, you need to rebuild the dataset and import the data.

9.3.2 Data on the Probe Cannot Be Imported Properly.

Description When you import the data from the Probe to the Assistant, the system displays the following message: The data has been imported. Do you want to import it again?

Solution Stop the Probe, and then import the data again in the Assistant.


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9.3.3 Why the Huawei RNC Data Cannot Be Properly Displayed After Being Imported?

Description The Huawei RNC data cannot be properly displayed after being imported.

Solution Because the data recorded by Huawei RNC contains no GPS information and the data is recorded according to the local PC time, you need to synchronize the RNC data with the GPS information. Table 9-1 describes the solutions to two different situations.

Table 9-1 Soft handover statistics

If Then

The GPS information is required,

Perform the following steps to display the Huawei RNC data on the map:

Import other data that contains the GPS information. Specify the offset of the two start times. Click OK. The data is displayed on the map after being imported.

The GPS information is not required,

Perform the following steps to display the Huawei RNC data only on the chart or on the sheet:

Set the geographic binning mode of the dataset to No Binning or Time Binning.

Select the Ignore Position Information check box in the Import Huawei RNC File dialog box. The system builds the default GPS information.

The system displays the data on a chart or a sheet after the data is imported. Because the GPS information on the map is (0, 0), you can see only one point on the map.

9.4 Map Operation 9.4.1 How to Load the Position of Last Time on the Map?

Description How to load the position of last time on the map?

Solution When adjusting a certain area to a proper position, click Save Current Position to save the current position. Alternatively, click Load Position to return to this position.



9.4.2 How to Change the Map Legend?

Description How to change the map legend?

Solution You can change the map legend if it does not meet your requirement. To change the map legend, perform the following steps:

Step 1 Modify the legend of the specific indicator or create a legend on the Map Legend tab page of the project bar.

Step 2 Select the layer to be modified on the Map Layer tab page.

Step 3 Click Load Legend and select the map legend to be imported.

----End

9.4.3 How to Perform Time Filtering on the Map Layer?

Description How to perform time filtering on the map layer?

Solution During a drive test, the same path can be tested many times and the drive test data can be saved in the same dataset. You can only see the drive test points located at the top when the drive test points are of the same longitude and latitude. Therefore, you need to select a time span through time filtering.

Scenario 1: Repeat the drive test on the same path for many times and select the entire test data of one time.

Scenario 2: In a drive test, you need to select the test data of a certain test track.

To solve this problem, perform the following steps:

Step 1 Activate the indicators on the Map window and activate the same indicators on the Sheet window. Set the two windows to be co-activated with each other.

Step 2 Manually play back the test process on the Map window. Set the start point of the test track. On the Sheet window, check the time of the start point and record it by using the co-activation function. Set the end point of the test track. On the Sheet window, check the time of the end point and record it by using the co-activation function.

Step 3 Click Time Filter on the map tool bar.

The Time Filter dialog box is displayed.

Step 4 Enter the start time and the end time in the fields of Start Time and End Time.

Step 5 Click OK.

----End


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9.4.4 The Assistant is quit abnormally when you are moving a legend on the map.

Description The Assistant is quit abnormally when you are moving a legend on the map.

Solution Stop picking words from screen through the Powerword.

9.4.5 On the Map, the Value on the Label and the Color on the Legend Are Inconsistent.

Description When the same GPS points overlaps, the legend displays the latest value, while the label displays the earliest value. Thus, the value on the label and the color on the legend are inconsistent.

Solution The same GPS points can be discretized as follows:

Step 1 Select a data set on the Project tab page in the navigation pane.

Step 2 Choose Modify Dataset Property on the shortcut menu.


Step 3 In the displayed dialog box, choose the Binning Type tab page.

Step 4 Check Disperse Data.

Step 5 Click OK.

----End

9.5 Data Display 9.5.1 Why Does the Icon of Word Collector Turn Grey?

Description Why is the icon of word collector and how to activate it?

Solution The word collector icon is activated only after you open the file on the Word Collector tab page.



9.5.2 Why Is No Data Displayed After Some Indicators Are Opened?

Description Why is no data displayed after some indicators are opened?

Solution By default, the Assistant displays all the indicators when you open a project. This is because some indicators contain no data, and they cannot be displayed. Try to import the data related to these indicators.

9.5.3 Why the Messages on the BCCH Channel Collected by the Agilent Cannot Be Correctly Displayed?

Description Why the messages collected by the Agilent on the BCCH channel cannot be correctly displayed?

Solution The files in the format of SD5 cannot be directly imported. Therefore, when the files are exported in the supported formats through the daemon of the Agilent, some information is lost.

9.5.4 Why the Analysis Report Item Cannot Be Opened?

Description Why the analysis report item cannot be open?

Solution There are two possible reasons:

The Microsoft Office Excel may not be correctly installed on your computer. Reinstall it. The Assistant cannot immediately respond to the request of the Excel file. The data,

however, is already exported to a temporary directory. In this situation, you have to manually open the report. Enter the main directory of the Assistant, find the report in the directory \Bin\Temp, and open it.

9.5.5 Why the RNC Signaling Cannot Automatically Match the Corresponding UE Time During the Import?

Description The RNC signaling cannot automatically match the corresponding UE time during the import.


User Manual


Solution To solve the problem, pay attention to the following two points:

The signaling file tracked by the RNC standard interface must match the UE test data. That is, the two are of the same test.

The offset is great because the time of the LMT used by the RNC is different from the UE time. The software does not match the data that is 10 minutes different from the reference time.

9.6 Others 9.6.1 In What Scenarios Should the GENEX Shared Components Be Reinstalled?

Description When should the GENEX Shared components be reinstalled?

Solution The GENEX Shared components are reinstalled in the following scenarios:

The dongle cannot be found. The GENEX Shared components are updated. The GENEX Shared components are not completely installed. The Assistant fails to import the data. The Assistant cannot open the MapX window. The Assistant cannot open the Teechart window. The Assistant cannot open the engineering parameter sheet window.

9.6.2 Why Engineering Parameters Fail to Be Imported?

Description Engineering parameters fail to be imported.

Solution If engineering parameters fail to be imported, you can infer that the latest template for engineering parameters has not been used.

You can find the latest template in the software installation directory \sample directory.

If an engineering parameter sheet contains wrong data, the wrong data is marked in red in the Assistant.



9.6.3 The Display of the Map Is Slow After You Import Engineering Parameters Into the Assistant

Description The display of the map is slow after you import more than 20000 engineering parameters into the Assistant.

Solution For details about how to solve this problem, see section 4.3.6 "Configuring Engineering Parameters.


Issue 06 (2009-06-20) Huawei Proprietary and Confidential Copyright © Huawei Technologies Co., Ltd.

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Contents

A System Predefined Events..................................................................................................... A-1

A.1 Radio Resource management Events ..........................................................................................................A-1 A.2 Authentication Events..................................................................................................................................A-2 A.3 Encryption Mode Events .............................................................................................................................A-2 A.4 Authentication Encryption Events ...............................................................................................................A-3 A.5 Radio Bearer Setup Events..........................................................................................................................A-3 A.6 Call Connection Events ...............................................................................................................................A-4 A.7 GMM Events ...............................................................................................................................................A-5 A.8 SM Events ...................................................................................................................................................A-6 A.9 MM Events..................................................................................................................................................A-6 A.10 Handover Events .......................................................................................................................................A-7 A.11 GSM Events ............................................................................................................................................ A-11 A.12 HSDPA Events ........................................................................................................................................A-13 A.13 Inter-Rat Events.......................................................................................................................................A-18 A.14 SMS Events .............................................................................................................................................A-19 A.15 Call Reconnection Analysis Mechanism .................................................................................................A-21 A.16 HSUPA Events ........................................................................................................................................A-21 A.17 System Events .........................................................................................................................................A-25

B Acronyms and Abbreviations ................................................................................................B-1

Tables GENEX Assistant

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Tables

Table A-1 Description of radio resource management events ...........................................................................A-1

Table A-2 Description of authentication events.................................................................................................A-2

Table A-3 Description of encryption mode events.............................................................................................A-2

Table A-4 Description of authentication encryption events...............................................................................A-3

Table A-5 Description of radio bearer events ....................................................................................................A-3

Table A-6 Description of call connection events ...............................................................................................A-4

Table A-7 Description of GMM events .............................................................................................................A-5

Table A-8 Description of SM events..................................................................................................................A-6

Table A-9 Description of MM events ................................................................................................................A-6

Table A-10 Description of handover events.......................................................................................................A-7

Table A-11 Description of GSM events ........................................................................................................... A-11

Table A-12 Description of HSDPA events .......................................................................................................A-13

Table A-13 Description of the inter-rat handover events and the inter-system cell reselection events............A-18

Table A-14 Description of SMS events ...........................................................................................................A-20

Table A-15 Description of call reconnection analysis mechanism ..................................................................A-21

Table A-16 Description of HSUPA events .......................................................................................................A-21

Table A-17 Description of System events........................................................................................................A-25

GENEX Assistant User Manual A System Predefined Events


A-1

A System Predefined Events

A.1 Radio Resource management Events Table A-1 describes the radio resource management events.

Table A-1 Description of radio resource management events

Event Name Description

RRCSetupReq The UE sends the RRC Connection Request message to the network side.

RRCSetupSuc The UE sends the RRC Connection Setup Complete message to the network side.

The UE sends the RRC Connection Request message to the network side and receives the RRC Connection Reject message from the network side.

The UE sends the RRC Connection Request message to the network side and receives the RRC Connection Release message (on DL_DCCH or DL_CCCH) from the network side.

The UE sends the RRC Connection Request message to the network side and receives the RRC Connection Setup message from the network side. The UE does not send the RRC Connection Setup Complete message within the timeout.

RRCSetupFail

The UE sends the RRC Connection Request message to the network side and does not send the RRC Connection Setup Complete message within the timeout.

RRCConnectionRel The UE receives the RRC Connection Release message whose cause value is normalEvent, normalEvent, or UserInactivity, or the UE receives the RRC Connection Release Complete message.

RRCConnectionAbnormalRel

The UE receives the RRC Connection Release message whose cause value is not normalEvent.

A System Predefined Events GENEX Assistant

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In the case that the UE receives the RRC Connection Release message whose cause value is normalEvent when RRCState = CELL_DCH, the UE receives the RRCState = Disconnected, MasterInformationBlock, SystemInformation1, or SystemInformation2 message.

A.2 Authentication Events Table A-2 describes the authentication events.

Table A-2 Description of authentication events


AuthenticationRequest The UE sends the Authentication Request message to the network side.

AuthenticationRsp The UE sends the Authentication Request message to network side.

The UE receives the Authentication Response message. Three seconds later, the UE does not receive the Authentication Reject message.

AuthenticationFail The Authentication Request message is not responded, or the UE receives the Authentication failure or Authentication reject message.

A.3 Encryption Mode Events Table A-3 Description of encryption mode events


SecurityModeReq The Security Mode Command appears in the signaling procedure

SecurityModeSuc The Security Mode Command appears in the signaling procedure. The Security Mode Complete message rather than the Security Mode Fail message appears in the signaling procedure.

SecurityModeFail The UE receives the Security Mode Command message. The UE receives the Security Mode Failure message.

Or The UE does not receive the Security Mode Complete message within the waiting timeout.



A-3

A.4 Authentication Encryption Events Table A-4 describes the authentication encryption events.

Table A-4 Description of authentication encryption events


AuthenCipherReq Authentication AND Ciphering REQ

AuthenCipherSuc Authentication AND Ciphering REQ The Authentication AND Ciphering Resp message appears.

AuthenCipherFail The UE receives the Authentication AND Ciphering REQ message. The UE receives the Authentication AND Ciphering REJ message or Authentication AND Ciphering Failure message, or does not receives the Authentication AND Ciphering Resp message within the waiting timeout.

A.5 Radio Bearer Setup Events The radio bearer setup refers to the setup of service channel corresponding to the air interface. The network side corresponds to the radio access bearer (RAB).

Table A-5 describes the radio bearer events.

Table A-5 Description of radio bearer events


RBSetupReq The UE receives Radio Bearer Setup message

RBSetupSuc The UE sends Radio Bearer Setup Complete message.

RBSetupFail The UE receives Radio Bearer Setup message. The UE sends Radio Bearer Setup Failure or does not send the Radio Bearer Setup Complete message within the waiting timeout.


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A.6 Call Connection Events Table A-6 describes the call connection events.

Table A-6 Description of call connection events


PagingType 1 The UE receives the Paging Type1 message whose cause value is Terminating Conversational Call, Terminating Streaming Call, Terminating Interactive Call, or Terminating Background Call.

PagingType 2 The UE receives the Paging Type2 message whose cause value is Terminating Conversational Call.

OutgoingCallAttempt The RRC connection request is setup and the cause value is originatingConversationalCall. For a concurrent service, when the CM Service or CallProceeding request is received, this event also occurs.

IncomingCallResponsed Paging Response or Call confirm message received by UE, which is regarded as a called request

CMServiceReq CM Service Request

CMServiceAcpt CM Service Accept

CMServiceReqRej CM Service Abort or CM Service Reject

GSMDataServiceDropped The UE receives RRC = Disconnected and is not in the process of the inter-system handover in PS domain where the RRC is disconnected. Or the RRCAbnormalRel event occurs. Or the UE receives the Deactivation PDP Context Request message whose cause value is not regular deactivation.

CallSetupFail The RRC reports that the RRC status is Disconnected. The UE receives the master information block message, or the system information type1 message, or the system information type2 message from L3.

OutgoingCallAlerting Alerting Direction = Outgoing

IncomingCallAlerting Alerting Direction = Incoming

OutgoingCallAnswered The UE receives the Connect message. Or the UE receives the Connect Acknowledge (NAS) message.

IutgoingCallAnswered The UE receives the Connect message. Or the UE receives the Connect Acknowledge (NAS) message

OutgoingCallDisconnected Disconnect (NAS)

IncomingCallDisconnected Disconnect (NAS)



A-5


CallDropped The following messages are not received in the service state: Disconnected Release Release Complete

CallCompleted Disconnect message is received Or Release message is received Or Release Complete message is received

DataServiceReq Service Request

CMServiceRej Service Reject

DataServiceAcpt Service Accept

DataServiceSetupFail PDP Activation Fail, Release, or the RRC state is switched over to RRC Disconnected.

DataServiceDropped In the dedicated status, the UE receives the Disconnected message that is in the RRC State, or the RRCAbnormalRel event occurs, or the UE receives the Deactivation PDP Context Request message whose cause value is not regular deactivation.

DataServiceCompleted DEACTIVATE PDP CONTEXT Accept whose cause value is regular deactivation or RRC Connection Release whose cause value is user inactivity.

A.7 GMM Events Table A-7 describes the GMM events.

Table A-7 Description of GMM events


AttachSuc After the Attach Request message is received, the UE receives the Attach Accept, or Attach Complete message.

AttachFail After the UE receives the Attach Reject or Attach Request message, it does not receive the Attach Accept or Attach Complete message within the waiting timeout.

Detach The UE receives the Detach Request message.

RAUpdateReq Routing Area Update Request

RAUpdateSuc Routing Area Update Accept or Routing Area Update Complete


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RAUpdateFail The UE receives the Routing Area Update Reject message, or does not receive any responding message within the waiting timeout.

A.8 SM Events Table A-8 describes the session management (SM) events.

Table A-8 Description of SM events


PDPActivationReq ACTIVATE PDP CONTEXT REQUEST

PDPActivationSuc ACTIVATE PDP CONTEXT ACCEPT

PDPActivationFail Activate PDP Context Request ACTIVATE PDP CONTEXT REJECT received within 15s or Activate PDP context Accept not received 15s later

PDPDeactivation DEACTIVATE PDP CONTEXT ACCEPT

ModifyPDPContextRequest MODIFY_PDP_CONTEXT_REQUEST received

A.9 MM Events Table A-9 describes the mobility management (MM) events.

Table A-9 Description of MM events


LAUpdateReq Location Updating Request

LAUpdateSuc Location Updating Accept

LAUpdateFail The UE receives the Location Updating Reject message, or does not receive any responding message within the timeout.



A-7

A.10 Handover Events Table A-10 describes the handover events.

Table A-10 Description of handover events


SoftHOFail The UE receives the ActiveSet Update Failure message.

Event1A The UE receives the Measurement Report 1A message.



Event1B The UE receives the Measurement Report 1B message.



Event1C The UE receives the Measurement Report 1C message.



Event1D The UE receives the Measurement Report 1D message.



Event1E The UE receives the Measurement Report 1E message.

Event2E The UE receives the Measurement Report 2E message.

Event1F The UE receives the Measurement Report 1F message.

Event2F The UE receives the Measurement Report 2F message.

Event1J The UE receives the Measurement Report 1J message.

MEASURE_CONTROL The UE receives the Measurement Control signaling.

ACTIVESET_UPDATE The UE receives the ActiveSet Update signaling.

ACTIVESET_UPDATE_COMPLETE

The UE receives the Active Set Update Complete signaling.

PHYSICAL_CHANNEL_RECONFIG

The UE receives the Physical Channel Reconfiguration signaling.

PhChannelRecfgSuc physical channel reconfiguration success

PhChannelRecfgFail PhysicalChannelReconfiguration Physical Channel Reconfiguration Fail


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TrChannelRecfgSuc Transport Channel Reconfiguration Transport Channel Reconfiguration Complete

TrChannelRecfgFail Transport Channel Reconfiguration Transport Channel Reconfiguration Fail

RBReconfig Radio Bearer Reconfiguration

RBReconfigSuc Radio Bearer Reconfiguration Complete

RBReconfigFail Radio Bearer Reconfiguration Radio Bearer Reconfiguration Fail

RBRelease Radio Bearer Release Radio Bearer Release Complete

RBReleaseFail Radio Bearer Release Radio Bearer Release Fail

IntraFreqHHOSuc The UE receives one of the following messages from the network side:

RADIO BEARER RECONFIGURATION TRANSPORT CHANNEL RECONFIGURATION PHYSICAL CHANNEL RECONFIGURATION

This event does not occur if the message contains the information about compression mode information. If the UARFCN DL of the cell FrequencyInfo is the same as the ARFCN of the current active set, or the UARFCN DL in the cell FrequencyInfo does not contain the UARFCN DL information, and the primary scrambling code of the cell Primary Common Pilot Channel (CPICH) info is not in the current active set, and the UE responds to the corresponding complete message,

RADIO BEARER RECONFIGURATION COMPLETE TRANSPORT CHANNEL RECONFIGURATION COMPLETE

PHYSICAL CHANNEL RECONFIGURATION COMPLETE

the events are intra-frequency hard handover success events.



A-9


IntraFreqHHOFail The UE receives on of the following messages from the network side:

RADIO BEARER RECONFIGURATION TRANSPORT CHANNEL RECONFIGURATION PHYSICAL CHANNEL RECONFIGURATION

If the UARFCN DL of the FrequencyInfo is the same as the ARFCN in the current active set, or the downlink ARFCN in the FrequencyInfo does not contain the UARFCN DL information, the primary scrambling code of the cell Primary CPICH info is not in the current active set, and the UE responds to the corresponding failure message,

RADIO BEARER RECONFIGURATION FAILURE TRANSPORT CHANNEL RECONFIGURATION FAILURE

PHYSICAL CHANNEL RECONFIGURATION FAILURE or if the UE does not receive the corresponding success or failure message in the fixed time, the events are the intra-frequency hard handover failure events.

InterFreqHHOSuc The UE receives on of the following messages from the network side:

RADIO BEARER RECONFIGURATION TRANSPORT CHANNEL RECONFIGURATIO PHYSICAL CHANNEL RECONFIGURATION

If the UARFCN DL in the FrequencyInfo is different from the ARFCN in the current active set and the UE responds to the corresponding complete message,

RADIO BEARER RECONFIGURATION COMPLETE TRANSPORT CHANNEL RECONFIGURATION COMPLETE

PHYSICAL CHANNEL RECONFIGURATION COMPLETE

The events are the inter-frequency hard handover success events.


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InterFreqHHOFail The UE receives on of the following messages from the network side:

RADIO BEARER RECONFIGURATION TRANSPORT CHANNEL RECONFIGURATION PHYSICAL CHANNEL RECONFIGURAT

If the UARFCN DL in the FrequencyInfo is different from the ARFCN in the current active set and the UE responds to the corresponding failure message,

RADIO BEARER RECONFIGURATION FAILURE TRANSPORT CHANNEL RECONFIGURATION FAILURE

PHYSICAL CHANNEL RECONFIGURATION FAILURE or, if the UE does not receive the corresponding success or failure message in the fixed time, the events are the inter-frequency hard handover failure events.

CSConnectionHO2Gto3GAttempt

Inter System to UMTS Terrestrial radio access network (UTRAN) Handover Command

CSConnectionHO2Gto3GSuc

Inter System to UTRAN Handover Command Handover to UTRAN Complete (UL_DCCH)

3Gto2GReselection The UE switches from the Idle status in WCDMA mode to the Idle status in GSM mode and receives the Location Update Accept message.

2Gto3GReselection The UE switches from the Idle status in GSM mode to the Idle status in WCDMA mode and receives the Location Update Accept message.

CellReselection2Gto3G The UE switches from the Idle status in GSM mode to the Idle status in WCDMA mode and receives the Location Update Accept message.

CellReselectionConnectMode

The UE receives the Cell Reselection cause message.


Cell Change Order From UTRAN

PSConnectionHO3Gto2GSuc

(1) Cell Change Order From UTRAN (2) Routing Area Update Accept



A-11

A.11 GSM Events Table A-11 describes the GSM events.

Table A-11 Description of GSM events


GSMCallAttempt The UE receives the SETUP(NAS) message, CALL PROCEEDING message, CALL CONFIRMED(NAS) message, CM Service Reque (NAS) message, CM Service Accept(NAS) message, or Paging Response(NAS) message after it receives the Channel Request message.

GSMCallSetupFail The UE receives the Disconnect message whose cause value is not user busy, normal unspecified, or normal call clearing, or receives the Abort message, CM Service Reject message, Release message, or Assignment Reject message, or the message indicating that the MS is in Idle status.

GSMAssignmentSuc The UE receives the ASSIGNMENT COMPLETE(UL_DCCH) or ALTERTING(NAS)(UL OR DL) message after it receives the ASSIGNMENT COMMAND(DL_DCCH) message.

GSMAssignmentFail The UE receives the ASSIGNMENT FAILURE(RR)(UL_DCCH) message after it receives the ASSIGNMENT COMMAND(RR)(DL_DCCH) message.

GSMLateAssignmentSuc Alerting (NAS) Assignment Command (RR) (DL_DCCH) Assignment Complete (RR) (UP_DCCH)

GSMLateAssignmentFail Alerting (NAS) Assignment Command (RR) (DL_DCCH) Assignment Failure (RR) (UP_DCCH)

GSMCallAnswered The UE receives the Connect (NAS) message. Alternatively, the UE receives the Connect Acknowledge (NAS) message.

GSMCallCompleted The UE receives the Disconnect (NAS), Release, or Release Complete message.

GSMCallDropped The UE receives the SYSTEM INFORMATON TYPE1-TYPE4(RR)(BCCH), PAGING REQUEST TYPE1(RR)(DL_CCCH), or CHANNEL RELEASE(NAS) message.

GSMOutgoingCallAlerting The UE receives the Alerting (NAS) message whose direction is outgoing.

GSMIngoingCallAlerting The UE receives the Alerting (NAS) message whose direction is incoming.

GSMCallBlocked The channel release appears


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GSMAccessAttempt The channel request message appears.

GSMAccessFailure The Immediate Assignment Reject message appears.

GSMCallSetup One of the following signaling is received: Alerting Connect Connect Ack Disconnect whose cause value is Normal

(Cause value of Normal is unassigned or unallocated number, user busy, no user responding, user alerting no answer, invalid number format incomplete number, normal unspecified, destination out of order, or normal call clearing)

GSMHandoverSuc The Handover Complete signaling appears once.

GSMHandoverFail The Handover Failure signaling appears once.

GSMHandoverIntracellSuc Intra-cell handover: The Handover Complete message appears in five seconds after the Handover command is displayed. Assignment mode: The Assignment complete message appears in five seconds after the Assignment command message of the intra-cell handover is displayed.

GSMHandoverIntracellFail The Assignment command determines that the handover is an intra-cell one and the UE receives the Assignment Failure message within five seconds.

GPRSCellReselection The cell senses [0x51FA]GPRS GRR State whose content is GRR_STATE=4 – CELL RESELECTION. The cell senses [0x51FA]GPRS GRR State whose content is GRR_STATE=2 – CAMPED. It indicates that the cell reselection is successful.



A-13

A.12 HSDPA Events Table A-12 describes the HSDPA events.

Table A-12 Description of HSDPA events


H2HIntraFreqCellChangeSuc

The UE receives the Physical Channel Reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. Among these links, one link is Serving Downlink Shared Channel (HS-DSCH) radio link indicator is TRUE. The primary scrambling code of this link is obtained and other links are FALSE. The UE sends a Physical Channel Reconfiguration Complete message to the network side.

H2R99IntraFreqSHOSuc

The UE receives the Radio bearer reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. Among these links, one link is Serving HS-DSCH radio link indicator is FALSE. The deleted scrambling code contains that of the original HS-DSCH serving cell and the current number of activated scrambling codes is greater than two. The UE sends the Radio Bearer Reconfiguration Complete message to the network side. (This message can be omitted in the decision conditions.) The UE receives the ActiveSet Update message from the network side. The deleted scrambling code contains that of the original HS-DSCH serving cell. The UE sends the Active Set Update Complete message to the network side.

H2R99IntraFreqHHOSuc

The UE receives the Radio bearer Reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The Serving HS-DSCH radio link indicator of one link is FALSE. The deleted scrambling code package contains that of the original HS-DSCH serving cell. In addition, there is one activated scrambling code. The UE sends the Radio Bearer Reconfiguration Complete message to the network side. The UE receives the physical channel reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The Serving HS-DSCH radio link indicator of all links are FALSE. The UE sends the Physical Channel Reconfiguration Complete message to the network side.


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R992HIntraFreqSHOSuc

The UE receives the Radio bearer reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The Serving HS-DSCH radio link indicator of one link is True. In addition, the current number of activated scrambling codes is at least two. The UE sends a Radio Bearer Reconfiguration Complete message to the network side.

R992HIntraFreqHHOSuc

The UE receives the physical channel reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The Serving HS-DSCH radio link indicator of all links are FALSE. The UE sends the Physical Channel Reconfiguration Complete message to the network side. The UE receives the Radio bearer reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The Serving HS-DSCH radio link indicator of one link is TRUE. In addition, there is one activated scrambling code. The UE sends the Radio Bearer Reconfiguration Complete message to the network side.

H2GHHOSuc The UE receives the Cell Change Order from UTRAN message. The UE receives the Routing Area Update Accept message from the UTRAN.

H2HIntraFreqCellChangeFail

The UE receives the Physical Channel Reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. Among these links, the Serving HS-DSCH radio link indicator is TRUE. The primary scrambling code of this link is obtained and other links are FALSE.The UE does not send the Physical Channel Reconfiguration Complete message.

H2R99IntraFreqSHOFail

The UE receives the Radio bearer Reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. Among these links, one link is Serving HS-DSCH radio link indicator is FALSE. The deleted scrambling code contains that of the original HS-DSCH serving cell and the current number of activated scrambling codes is greater than two. The UE does not send the Radio Bearer Reconfiguration Complete message to the network side.



A-15


H2R99IntraFreqHHOFail

The UE receives the Radio bearer Reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The serving HS-DSCH radio link indicator of one link is FALSE. The deleted scrambling code package contains that of the original HS-DSCH serving cell. In addition, there is one activated scrambling code. The UE sends the Radio Bearer Reconfiguration Complete message to the network side. The UE receives the physical channel reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The serving HS-DSCH radio link indicator of all links are FALSE. The UE sends the Physical Channel Reconfiguration Failed message to the network side, or the UE does not send a Physical Channel Reconfiguration Complete message to the network side within five seconds.

R992HIntraFreqSHOFail

The UE receives the Radio bearer Reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The serving HS-DSCH radio link indicator of one link is TRUE. In addition, there are at least two activated scrambling codes. The UE sends the Radio Bearer Reconfiguration Complete message to the network side.

R992HIntraFreqHHOFail

The UE receives the physical channel reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The serving HS-DSCH radio link indicator of all links are FALSE. The UE sends the Physical Channel Reconfiguration Complete message to the network side. The UE receives the Radio bearer reconfiguration message from the network side. In this message, there are one or multiple links on the dl InformationPerRL List cell. The serving HS-DSCH radio link indicator of one link is TRUE. In addition, there is one activated scrambling code. The UE does not send the Radio Bearer Reconfiguration Complete message to the network side, or the UE sends the Radio Bearer Reconfiguration Fail message to the network side.

H2GHHOFail The UE receives the Cell Change Order from UTRAN message. The UE receives the system information that should not be received in DCH state from the network side, the UE receives the GSM system message in the idle status from the network side, or the UE sends the Cell Change order from UTRAN Fail message to the network side.


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H2HInterFreqCellChangeSuc

In the Radio Bearer Reconfiguration, Radio Bearer Setup, Physical Channel Reconfiguration messages before the Physical Channel Reconfiguration message, the cell Downlink information per radio link list contains one or multiple links. The serving HS-DSCH radio link indicator of a certain link is TRUE and the primary scrambling code of this link is obtained. The Serving HS-DSCH radio link indicatos of other links are FALSE. In the PHYSICAL CHANNEL RECONFIGURATION message, the Downlink information per radio link list cell contains only one link. When the serving HS-DSCH radio link indicator of the IE Downlink information for each radio link is TRUE, the primary scrambling code of the link changes. The IE FREQUENCY INFO finds that this ARFCN is different from that in the active set. Then, the UE reports the Physical Channel Reconfiguration Complete message. Thus, the H2HInterFreqCellChangeSuc event occurs.

H2HInterFreqCellChangeFail

In the Radio Bearer Reconfiguration, Radio Bearer Setup, Physical Channel Reconfiguration messages before the Physical Channel Reconfiguration message, the cell Downlink information per radio link list contains one or multiple links. The serving HS-DSCH radio link indicator of a certain link is TRUE and the primary scrambling code of this link is obtained. The Serving HS-DSCH radio link indicator of other links are FALSE. In the PHYSICAL CHANNEL RECONFIGURATION message, the Downlink information per radio link list contains only one link. When the serving HS-DSCH radio link indicator of the IE Downlink information for each radio link is TRUE, the primary scrambling code of the link changes. The IE FREQUENCY INFO finds that this ARFCN is different from that in the active set. Then, the UE reports the PHYSICAL CHANNEL RECONFIGURATION FAILURE message. Thus, the H2HInterFreqCellChangeFail event occurs.

H2R99InterFreqHHOSuc

In the Radio Bearer Reconfiguration, Radio Bearer Setup, Physical Channel Reconfiguration messages before the Radio Bearer Reconfiguration message, the cell Downlink information per radio link list contains one or multiple links. The serving HS-DSCH radio link indicator of a certain link is TRUE. In the Radio Bearer Reconfiguration message, the serving HS-DSCH radio link indicator of a link in the cell Downlink information per radio link list changes from TRUE to FALSE and the primary scrambling code does not change. The UE reports the Radio Bearer Reconfiguration Complete message later. In the later PHYSICAL CHANNEL RECONFIGURATION message, the Downlink information per radio link list contains one link and the primary scrambling code of this link is different from that of the link whose serving HS-DSCH radio link indicator is TRUE. The IE FREQUENCY INFO shows that the ARFCN is inconsistent with that in the active set. Then, the UE reports the PHYSICAL CHANNEL RECONFIGURATION COMPLETE message.



A-17


H2R99InterFreqHHOFail

In the Radio Bearer Reconfiguration, Radio Bearer Setup, Physical Channel Reconfiguration messages before the Radio Bearer Reconfiguration message, the cell Downlink information per radio link list contains one or multiple links. The serving HS-DSCH radio link indicator of a certain link is TRUE. In the Radio Bearer Reconfiguration message, the serving HS-DSCH radio link indicator of a link in the cell Downlink information per radio link list changes from TRUE to FALSE and the Primary Scrambling Code does not change. The UE reports the Radio Bearer Reconfiguration Failure message later. In the later Physical Channel Reconfiguration message, the Downlink information per radio link list contains one link and the primary scrambling code of this link is different from that of the link whose serving HS-DSCH radio link indicator is TURE. The IE FREQUENCY INFO shows that the frequency is inconsistent with that in the active set. The UE reports the Physical Channel Reconfiguration Failure message later.

R992HInterFreqHHOSuc

In the Radio Bearer Reconfiguration, Radio Bearer Setup, Physical Channel Reconfiguration messages before the Physical Channel Reconfiguration message, the cell Downlink information per radio link list contains one or multiple links. The serving HS-DSCH radio link indicator of a certain link is False. In the PHYSICAL CHANNEL RECONFIGURATION message, the cell Downlink information per radio link list contains only one link containing the Primary Scrambling Code and serving HS-DSCH radio link indicator. The serving HS-DSCH radio link indicator of this link is FALSE. The primary scrambling code of this link, which is different from that in 1, is obtained. The FRQUENCY INFO shows that the ARFCN is inconsistent with that in the active set. In the Radio Bearer Reconfiguration message, the serving HS-DSCH radio link indicator of a link in the cell Downlink information per radio link list changes from FALSE to TRUE and the primary scrambling code does not change. The UE sends the Radio Bearer Reconfiguration Complete message later.


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R992HInterFreqHHOFail

In the Radio Bearer Reconfiguration, Radio Bearer Setup, Physical Channel Reconfiguration messages before the Physical Channel Reconfiguration message, the cell Downlink information per radio link list contains one or multiple links. The serving HS-DSCH radio link indicator of a certain link is FALSE. In the Physical Channel Reconfiguration message, the cell Downlink information per radio link list contains only one link, which contains the primary scrambling code and serving HS-DSCH radio link indicator. The serving HS-DSCH radio link indicator of this link is FALSE. The primary scrambling code of this link, which is different from that in 1, is obtained. The IE FREQUENCY INFO shows that the frequency is inconsistent with that in the active set. In the RADIO BEARER RECONFIGURATION message, the serving HS-DSCH radio link indicator of a link in the cell Downlink information per radio link list changes from FALSE to TRUE and the Primary Scrambling Code does not change. The UE sends the Radio Bearer Reconfiguration Failure message.

A.13 Inter-Rat Events The inter-system events refer to the flow of the inter-rat handover events and the inter-system cell reselection events.

Table A-13 describes the procedures of the inter-rat handover events and the inter-system cell reselection events.

Table A-13 Description of the inter-rat handover events and the inter-system cell reselection events


CSConnectionHO2Gto3GAttempt The UE is in GSM mode and receives the (GSM RR DL_DCCH) INTER SYSTEM TO UTRAN HANDOVER COMMAND message.

CSConnectionHO2Gto3GSuc After the CS Connection HO 2G to 3G Attempt event occurs, the UE receives the (RRC UL_DCCH) Handover to UTRAN Complete message.

CSConnctionHO2Gto3GFail After the CS Connection HO 2G to 3G Attempt event occurs, the UE receives the HANDOVER FAILURE message or does not receive the Handover to UTRAN Complete message.

CSConnectionHO3Gto2GAttempt The service state is InCall or InConCurSvc and the UE receives the (RRC DL_DCCH) Handover From UTRAN Command-GSM message.



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CSConnectionHO3Gto2GSuc After the CS Connection HO 3G to 2G Attempt event occurs, the UE receives the (RRC UL DCCH) Handover From UTRAN Failure message or does not receive the Handover Complete message.

PSConnectionHO3Gto2GAttempt The UE is in the InConCurSvc or InData mode and receives the (RRC DL_DCCH) Cell Change Order From UTRAN message.

PSConnectionHO3Gto2GSuc After the PS Connection HO 3G to 2G Attempt event occurs, the UE receives the (NAS GMM) Routing Area Update Accept message.

PSConnectionHO3Gto2GFail After the PSConnectionHO3Gto2GAttempt event occurs, the UE receives the (RRC DL_DCCH) Cell Change Order From UTRAN Failure message within 40 seconds. Alternatively, the UE does not receive the Routing Area Update Accept message, the GSM RR message, or the RRC system message.

PSConnectionHO2Gto3GAttempt The UE is in GSM mode and in GSM InData mode. The UE receives the Routing Area Update Request (GMM) message, and then receives the RRC Connection Request message within 40 seconds. The cause value is Inter-Rat Cell reselection or Inter-RAT cell change order.

PSConnectionHO2Gto3GSuc After the PS Connection HO 2G to 3G Attempt event occurs, the UE receives the Routing Area Update Complete message.

PSConnectionHO2Gto3GFail After the PSConnectionHO2Gto3GAttempt event occurs, the UE does not receive the Routing Area Update Reject message within the timeout.

CellReselection3Gto2G When the service state is not InCall, InConCurSvc, or InData, the UE receives the Location Update Accept message after the WtoGIdle event.

CellReselection2Gto3G The UE is in GSM mode and is not in the gsm_call_connect or GSMInData mode. After the GtoWIdle event occurs, the UE receives the Location Update Accept message.

A.14 SMS Events The SMS is short for short message service. The service flow of SMS can be classified into:

SMS mobile originating SMS mobile terminating


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Table A-14 describes the SMS events.

Table A-14 Description of SMS events


SMSMOAttempt The UE sends the RRC Connection Request message whose IE establishment cause is OriginatingLowPrioritySignalling. In addition, the CM service type in the CM Service Request message is short message service.

SMSMOAttComplete After the SMSMOAttempt event occurs, the UE sends the CP-DATA message in the uplink, and then receives the CP-ACK message in the downlink. The SMSMOAttComplete event occurs when the UE receives the CP-ACK message.

SMSMOSuc After the SMSMOAttComplete event occurs, the UE receives the CP-DATA message in the downlink, and then sends the CP-ACK message in the uplink. The SMSMOSuc event occurs when the UE sends the CP-ACK message.

SMSMOFail After the SMSMOAttComplete event occurs, the UE fails to receive the CP-DATA message in the downlink, or the UE receives the CP-DATA message in the downlink but does not send the CP-ACK message in the uplink. The SMSMOFail event occurs when the SMSMOAttComplete event occurs or when the UE receives the CP-DATA message.

SMSMTAttempt The signaling service flow is similar to the CS incoming call service flow. The UE receives the Paging Type 1 or Paging Type 2 (for the concurrent service) message, and then it receives the RRC Connect Request message. After the RRC connection is set up, the UE sends the Paging Response message, and then receives the CP-DATA message from the downlink.

SMSMTAttComplete After the SMSMTAttempt event occurs, the UE receives the CP-DATA message in the downlink, and then sends the CP-ACK message in the uplink. The SMSMTAttComplete event occurs when the UE sends the CP-ACK message.

SMSMTSuc After the SMSMTAttComplete event occurs, the UE sends the CP-DATA message in the uplink, and then receives the CP-ACK message in the downlink. The SMSMTSuc event occurs when the UE receives the CP-ACK message.

SMSMTFail After the SMSMTAttComplete event occurs, the UE fails to send the CP-DATA message in the uplink, or the UE sends the CP-DATA message in the uplink but it does not receive the CP-ACK message in the downlink. The SMSMTFail event occurs when the UE receives the CP-ACK message.



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A.15 Call Reconnection Analysis Mechanism The Assistant supports the call reconnection analysis mechanism before and after the call setup. Table A-15 describes the call reconnection analysis mechanism.

Table A-15 Description of call reconnection analysis mechanism


LinkRestoreAttempt The UE state is InCall or InData, and the RRC state is CELL_FACH. If multiple cell update messages appear consecutively after the (UL CCCH) Cell Update message sent by the UE is received within one minute, the Link Restore Attempt event occurs when the UE receives the last Cell Update message. The UE state switches from InCall or InData to CallRestore.

LinkRestoreSuc After the Link Restore Attempt event occurs, the UE receives the Cell Update Confirm message and then reports the Physical Channel Reconfiguration Complete message. Then, the RRC stats transmits from CELL_FACH to CELL_DCH.

LinkRestoreFail After the Link Restore Attempt event occurs, the UE fails to receive the Cell Update Confirm message. Alternatively, the UE receives the Cell Update Confirm message but fails to send the Physical Channel Reconfiguration Complete message within five seconds.

A.16 HSUPA Events Table A-16 describes the HSUPA events.

Table A-16 Description of HSUPA events


CellChangeUtoUBySHOAttempt

There are multiple links in the UE active set and one link is connected to the E-DCK serving cell. The UE receives the PHYSICAL CHANNEL RECONFIGURATION message.

CellChangeUtoUByIntraHHOAttempt

If the UARFCN DL of the cell FrequencyInfo is the same as that of the current active set, it indicates that the HSUPA update request event triggered by intra-frequency hard handover occurs.

CellChangeUtoUByInterHHOAttempt

If the UARFCN DL of the cell FrequencyInfo is different from that of the current active set, it indicates that the HSUPA update request event triggered by inter-frequency hard handover occurs.


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CellChangeUtoUBySHOSuc

The UE sends the Physical Channel Reconfiguration Complete, Radio Bearer Reconfiguration Complete, and Transport Channel Reconfiguration Complete messages to the network side. If the preceding messages do not contain the cell FrequencyInfo, it indicates that the HSUPA serving cell update success event triggered by soft handover occurs.

CellChangeUtoUByIntraHHOSuc

The UE sends the Physical Channel Reconfiguration Complete, Radio Bearer Reconfiguration Complete, and Transport Channel Reconfiguration Complete messages to the network side. If the UARFCN DL in the cell FrequencyInfo is the same as that of the current active set, it indicates that the HSUPA serving cell update success event triggered by the intra-frequency hard handover occurs.

CellChangeUtoUByInterHHOSuc

The UE sends the Physical Channel Reconfiguration Complete, Radio Bearer Reconfiguration Complete, and Transport Channel Reconfiguration Complete messages to the network side. If the UARFCN DL in the cell FrequencyInfo is different from that of the current active set, it indicates that the HSUPA serving cell update success event triggered by the inter-frequency hard handover occurs.

CellChangeUtoUBySHOFail

The UE sends the Physical Channel Reconfiguration Failure, Radio Bearer Reconfiguration Failure, and Transport Channel Reconfiguration Failure messages to the network side. If the preceding signaling does not contain the cell FrequencyInfo, it indicates that the HSUPA serving cell update failure event triggered by soft handover occurs.

CellChangeUtoUByIntraHHOFail

The UE sends the Physical Channel Reconfiguration Failure, Radio Bearer Reconfiguration Failure, and Transport Channel Reconfiguration Failure messages to the network side. If the UARFCN DL in the cell FrequencyInfo is the same as that of the current active set, it indicates that the HSUPA serving cell update failure event triggered by the intra-frequency hard handover occurs.

CellChangeUtoUByInterHHOFail

The UE sends the Physical Channel Reconfiguration Failure, Radio Bearer Reconfiguration Failure, and Transport Channel Reconfiguration Failure messages to the network side. If the UARFCN DL in the cell FrequencyInfo is different from that of the current active set, it indicates that the HSUPA serving cell update failure event triggered by the inter-frequency hard handover occurs.

PSConnectionHOUtoGPRSAttempt

The UE receives the Cell Change Order from UTRAN message.

PSConnectionHOUtoGPRSSuc

The UE receives the Cell Change Order from UTRAN message. The UE sends the Routing Area Update Accept Complete message to the GPRS network.



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PSConnectionHOUtoGPRSFail

The UE receives the Cell Change Order from UTRAN message. The UE receives the system message from the GSM or the WCDMA network. The UE responds to the Cell Change Order from UTRAN Failure message. The UE does not receive the corresponding success or failure message within the fixed time (for example, three seconds).

PSConnectionHOGPRStoUSuc

The UE sends the RRC Connection Setup Request message to the UTRAN. The UE sends the Routing Area Update Accept Complete message to the UTRAN.

PSConnectionHOGPRStoUFail

The UE sends the RRC Connection Setup Request message to the UTRAN. The UE receives the system message from the GSM or the WCDMA network. The UE receives the RRC Connection Setup Failure message. The UE fails to receive the RRC Connection Setup Response message. The UE receives the Routing Area Update Failure message.

ChannelChangeInterCellIntraFreEtoDAttempt

There is one or multiple links in the active set and one link is connected to the E-DCH. The UE receives the Radio Bearer Reconfiguration message from the RNC.

ChannelChangeInterCellIntraFreEtoDSuc

There are one or more links in the active set and one link is connected to the E-DCH. The UE receives the Radio Bearer Reconfiguration message from the RNC. The UE sends the Radio Bearer Reconfiguration Complete message to the SRNC.

ChannelChangeInterCellIntraFreEtoDFail

There are one or more links in the active set and one link is connected to the E-DCH. The UE receives the Radio Bearer Reconfiguration message from the RNC. The UE sends the Radio Bearer Reconfiguration Failure message to the SRNC.

ChannelChangeInterCellInterFreEtoDAttempt

There are one or more links in the active set and one link is connected to the E-DCH. The UE receives the Radio Bearer Reconfiguration message from the RNC.

ChannelChangeInterCellInterFreEtoDSuc


ChannelChangeInterCellInterFreEtoDFail


ChannelChangeIntraCellEtoDAttempt

There are one or more links in the active set and one link is connected to the E-DCH. The UE receives the Radio Bearer Reconfiguration message from the RNC.

ChannelChangeIntraCellEtoDSuc



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ChannelChangeIntraCellEtoDFail


ChannelChangeIntraCellDtoEAttempt

There are one or more links in the active set and all the links are R99 links. The UE receives the Radio Bearer Reconfiguration message from the RNC.

ChannelChangeIntraCellDtoESuc

There are one or multiple links in the active set and all the links are R99 links. The UE receives the Radio Bearer Reconfiguration message from the RNC. The UE sends the Radio Bearer Reconfiguration Complete message to the SRNC.

ChannelChangeIntraCellDtoEFail

There are one or more links in the active set and all the links are R99 links. The UE receives the Radio Bearer Reconfiguration message from the RNC. The UE sends the Radio Bearer Reconfiguration Failure message to the SRNC.

ChannelChangeEtoFAttempt

The UE has one or more links in the recent active set and one link is in the E-DCH serving cell. The UE receives the Physical Channel Reconfiguration message from the network side.

ChannelChangeEtoFSuc

The UE has one or more links in the recent active set and one link is in the E-DCH serving cell. The UE receives the Physical Channel Reconfiguration message from the network side. The UE sends the PHYSICAL Channel Reconfiguration Complete message to the network side.

ChannelChangeEtoFFail

The UE has one or multiple links in the recent active set and one link is the E-DCH serving cell. The UE receives the Physical Channel Reconfiguration message from the network side. The UE sends the PHYSICAL CHANNEL RECONFIGURATION FAILURE message to the network side. Alternatively, the UE does not receive the corresponding success or failure message within the fixed time (for example, three seconds).

ChannelChangeFtoEAttempt

The UE has one or multiple links in the recent active set and one link is in the FACH status. The UE receives the Physical Channel Reconfiguration message from the network side.

ChannelChangeFtoESuc

The UE has one or multiple links in the most recent active set and one link is in the FACH status. The UE receives the Physical Channel Reconfiguration message from the network side. The UE sends the Physical Channel Reconfiguration Complete message to the network side.



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ChannelChangeFtoEFail

The UE has one or multiple links in the recent active set and one link is in the FACH status. The UE receives the Physical Channel Reconfiguration message from the network side. The UE sends the Physical Channel Reconfiguration Failure message to the network side. Alternatively, the UE fails to receive the corresponding success or failure message within the fixed time (for example, three seconds).

A.17 System Events Table A-17 describes the System events.

Table A-17 Description of System events


GPS Connected GPS device connected attempt

GPS Disconnected GPS device disconnected

UE Connected UE connected

UE Disconnected UE disconnected

Scanner Connected Scanner connected

Scanner Disconnected

Scanner disconnected

Ping Success Ping success

Ping Timeout Ping timeout

RAS Dial Dial up connection

RAS Error Dial up error

RAS Hangup Dial up disconnected

Test Stop Test stopped

GENEX Assistant User Manual B Acronyms and Abbreviations


B-1

B Acronyms and Abbreviations

A

ACK ACKnowledgement

AMR Adaptive MultiRate

ARFCN Absolute Radio Frequency Channel Number

B

BCCH Broadcast Control Channel

BCH Broadcast Channel

BER Bit Error Rate

BSC Base Station Controller

BLER Block Error Rate

C

CCCH Common Control Channel

CDF Cumulative Distribution Function

CDMA Code Division Multiple Access

CE Channel Element

CGI Cell Global Identification

CI Cell Identity

CIO Cell Individual Offset

CM Call Management

CPICH Common Pilot Channel

CQI Channel Quality Indicator

CRC Cyclic Redundancy Check

B Acronyms and Abbreviations GENEX Assistant

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CS Circuit Service

D

DCCH Dedicated Control Channel

DCH Dedicated Channel

DCS1800 Digital Cellular System at 1800MHz

DL Downlink

DPCCH Dedicated Physical Control Channel

DPDCH Dedicated Physical Data Channel

DSCH Downlink Shared Channel

DT Drive Test

DTX Discontinuous Transmission

E

ESN Electronic Serial Number

F

FACH Forward Access Channel

FER Frame Error Rate

FTP File Transfer Protocol

G

GSM Global System for Mobile communication

GPRS General Packet Radio Service

GMM GPRS Mobility Management

GPS Global Position System

H

HARQ Hybrid Automatic Repeat Request

HHO Hard Handoff

HO Handoff

HTTP Hyper Text Transport Protocol

HSDPA High Speed Downlink Packet Access



B-3

HSUPA High Speed Uplink Packet Access

I

IMSI International Mobile Subscriber Identity

ISCP Interference Signal Code Power

ID Identity

K

KPI Key Performance Indicator

L

L3 Layer3

LAC Location Area Code

M

MA Mobile Agent

MDM Mobile Data Modem

MOS Mean Opinion Sore

MM Mobility Management

MMS Multimedia Service

MAC Medium Access Control

MS Mobile Station

MT Mobile Terminal

N

NAS Non-Access Stratum

NACK Negative ACKnowledgement

P

PBCCH Packet Broadcast Control Channel

PCS Personal Communication System

PDF Probability Distribution Function

PDP Packet Data Protocol

B Acronyms and Abbreviations GENEX Assistant

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PDU Protocol Data Unit

PN Pseudo-random Number

PS Packet Service

PSC Primary Scrambling Code

Q

QPSK Quadrature Phase Shift Keying

R

RAB Radio Access Bearer

RAC Routing Area Code

RB Radio Bearer

RF Radio Frequency

RLC Radio Link Control

RLP Radio Link Protocol

RLT Radio Link Timeout

RNC Radio Network Controller

RR Radio Resource

RRC Radio Resource Control

RSCP Received Signal Code Power

RSSI Received Signal Strength Indicator

RTT Round-trip time

RxLev Received Signal Level

RxQual Received Signal Quality

S

SDU Service Data Unit

SHO Soft Handoff

SIR Signal-to-Interference Ratio

SMS Short Message Service

T

TA Timing Advance



B-5

TBF Temporary Block Flow

TDF Time Distribution Function

TFI Transport Format Indicator

TMA Tower Mounted Amplifier

TxLev Transmission Signal Level

U

UE User Equipment

UL Uplink

UMTS Universal Mobile Telecommunications System

UP User Plane

UTRAN UMTS Terrestrial radio access network

V

VP Video Phone

VGA Video Graphics Adapters

W

WCDMA Wideband Code Division Multiple Access

Documents

45453263 GENEX Assistant Wireless Post Processing Software User Manual