SAP Offline Word Template - SAP Service Marketplace - · Web viewSAP HANA 1.0 June 2015 English Customer Signal Intelligence for Transformer Load Analytics ID: EZ9 Table of Contents

1.

Test ScriptSAP HANA 1.0June 2015English

CUSTOMER

Signal Intelligence for Transformer Load AnalyticsID: EZ9

Table of Contents1 Signal Intelligence for Transformer Load Analytics 3

2 Content Overview 42.1 My Home Page 42.2 Configuration interface 62.3 Map Overview92.4 Map Overview Load Chart 122.5 Spike Inspector 142.6 Spike Inspector chart 172.7 Loss of Life Analysis 192.8 Loss of Life Chart 21

3 Reviewing My Home Screen 24

4 Map Overview26

5 Spike Inspector 29

6 Loss of Life Analysis 33

Document History

Revision Change Date Description0 June 2015 Published version

Signal Intelligence for Transformer Load AnalyticsContent Overview

CUSTOMER© 2015 SAP SE OR AN SAP AFFILIATE COMPANY. ALL RIGHTS RESERVED. 2

1 Signal Intelligence for Transformer Load AnalyticsSignal Intelligence for transformer load analytics is an SAP HANA use case to conduct a retrospective analysis of the load, of load spikes as well as the resulting loss of life of transformers. This document provides an overview of the preconfigured content along with use case examples.

This document provides a detailed procedure for testing the scope item Signal Intelligence for Transformer Load Analytics after solution activation, reflecting the predefined scope of the solution. Each process step, report, or item is covered in its own section, providing the system interactions (test steps) in a table view. Steps that are not in scope of the process but are needed for testing are so marked. Project-specific steps must be added.



2 Content Overview Transformer load analytics consist of four views: a My Home page view, a Map Overview view, a Spike Inspector view, and a Loss of Life view.The following sections describe the provided views.System Access Access the system using the logon information and credentials supplied to you by your system administrator.

2.1 My Home Page

Figure 1: Signal Intelligence Transformer Load Analysis My Home Page



Overview of My Home Page Structure

Figure Number Description Comments1 News Tile A set of rotating internal or external Web sites displaying news and information2 Information Tiles A set of predefined tiles, each with the current data and time frame for that analysis

or alert.Selecting a tile opens the Detail Page

3 Delete Delete icon appears in drag and drop mode.Dropping tiles on bin icon deletes the respective element

4 System (User Information and Logout) Common across all pages. Provides links to Support, logon Details, and a Log Out function

For more information, see the following sections

The My Home page is default landing page for transformer load analysis scope item. The following describes the features displayed in Figure 1.1. The First News tile on My Home page can display a rotating set of internal or external sites selected and maintained by your system administrator.2. The solution provides three predefined tiles for analyzing transformer load. Each tile contains a data for a KPI or alert. Choosing a tile opens the

associated detail page. The tiles provided in the solution: 1. Map Overview – with KPI displaying the highest load percentage2. Spike Inspector – with KPI displaying the highest Spike percentage points3. Loss of Life – with KPI displaying the total number of transformers affected

NoteA user can modify the order of the tiles on My Home by selecting the tile and moving to new position. For this version of the solution the order of the tiles is reset to the default setting upon next logon and not saved.

3. Delete - Tiles are deleted by dragging them onto the bin icon. The bin icon is hidden and then revealed in the lower right corner of the screen when you begin dragging a tile.

4. <User Name> - A dropdown menu displays technical information and where you log out of the system – Selecting the button opens a shortcuts dialog box:1. About – Opens a dialog box with technical information, for example, version, user agent, and support contact information.2. Login details – Opens dialog box with details on User, Server, and Language3. Configuration - Selecting opens a new window or tab providing information and setting options for configuration. Access privileges determine whether

the option appears for you. The Configuration area is further described in the following section.



4. Logout - allows the user to log off of the system.



2.2 Configuration interfaceWhen selecting Configuration in the previously described dropdown menu, the Configuration page provides a separate window to create, edit, activate, or modify the configuration areas.

Figure 2: Configuration interface



OverviewThe following describes the features of the Configuration window displayed in Figure 2.1. Search - Search within the configuration area.2. Configuration Points. A column of the available configuration points. Selecting one opens the information and settings window.

1. News Feed - Configure the settings for the News Feed window2. General - General list of settings for example, measurement interval or the default overload limit3. Loss of Life - Settings for determining the calculations used in loss of life results 4. Map Overview - Settings for number of days considered and threshold limits for transformers displayed on the geospatial map.5. Spike Inspector - Default percentage point settings for the spike inspector when displayed in the map.

NoteUser access level determines what areas of configuration are displayed and which areas the user can modify.

3. Information icon: Select to display information about the chosen configuration point. 4. Settings icon: Select to modify or add to the settings for the chosen configuration point. (Selected icon is underlined)5. Action buttons: Depending upon the Configuration Point selected and whether you are in Information or Settings mode, a series of action buttons are

available that provide selections for the selected area. Examples of actions are: Refresh or Edit.6. Selection column: The first column is for selecting rows to apply actions. The top allows you to select or deselect all rows. Individual rows can be selected

from this column. To select multiple rows, use Shift and Enter keys 7. Filtering by column: By selecting a column heading, a dropdown menu provides filtering options. You can sort the column by ascending or descending

order, or enter a keyword or alphabet letter into the Filter box.8. Data area: Available data is displayed for the configuration point selected.9. Page navigation: When the amount of data exceeds the number of rows on the page, additional pages are created and the navigation area is displayed.

Either select a page number or use the forward or reverse step buttons to display additional pages.



2.3 Map Overview

Figure 3 - Map Overview



Map Overview

Figure Number Description 1 Transformers with load beyond 100% 2 Highest Load 3 Transformer with highest load 4 Average load of all transformers 5 Number of transformers 6 Select From/To date range 7 Select overload range 8 Switch between AVG (average) and MAX (maximum) values 9 Enable full screen view of the page 10 Map View – with options for Map, Satellite, or Terrain views 11 Visual presentation of data on a Geo Map 12 Unique transformer icon 13 Additional information for selected transformer icon

Table 1 - Map Overview structure

1. Display of number of Transformers with load beyond 100%- Displays the number of transformers that have load measurements of 100% of their nameplate capacity or beyond for the selected time frame.

2. Amount at Highest Load - Displays the highest load measurement for a transformer in the selected time frame.3. Overall average load - Displays the identifying ID name for the transformer that exhibits this highest load in the selected time frame4. Average load of all transformers - The load average of all transformers active in the selected time frame.5. Number of transformers- The total number of transformers maintained in the system in the selected time frame6. The From/To date range allows for you to filter results by time.7. Overload % -- Allows the user to set thresholds for overload display Transformers displayed in your selected range are equal or above the settings for the

lower limit. 1. Your selected lower limit influences the number of displayed transformers. 2. Your selected upper limit influences the status value colors of the displayed transformers



8. Allows you to choose whether the selection of the transformer displayed is MAX (maximum –default view) or AVG (average) load values.Color values change when switching because status is based on selection of average or maximum that use different criteria for status colors.

9. Enlarge data view – Selecting the icon expands maps to full screen, choose again to return to initial view.10. Map View allows you to choose between Map, Satellite, and Terrain views.11. Geo map area displaying the location of transformers on a geographical map. You can reduce the area of the map to zoom in to a particular area or

expand the Geo map view area to zoom out. You can also manually scroll the map by choosing a point and moving the map.12. A pin icon represents an individual transformer as located on the Geo map.13. Hovering over a transformer icon displays additional information:

1. The transformer’s identifying name or ID2. Maximum load value for the selected date range3. Average load value for the selected date range.



2.4 Map Overview Load Chart

Figure 3 – Map Overview Load Chart example



Overview of Load Chart

Figure Number Description 1 Name of transformer 2 Activate forecasting 3 Close chart 4 Chart and Threshold Limit Lines 5 Measurement point Load value and ability to enlarge selected time range 6 Shift line chart to left 7 Shift line chart to right

Table 3 - Load Chart structure

1. The selected transformer identifying name.2. Show Forecast button allows you to view predictive information on the line chart. When predictive information is displayed, the button changes to Hide

Forecast allowing you to return to default view. Predictive information displays in blue.3. The X button closes the chart and returns you to the Geo map.4. The chart data area. The gold graph tracks the measurement points. The yellow horizontal line provides the lower threshold limit set in the map overview

and the red horizontal line provides the upper threshold limit set in the map overview.5. By hovering the cursor over the chart, a vertical line displays the related load value in a box at the top of the line. Select the line and hold while dragging

the cursor to highlight an area of the chart. When you release the cursor, the highlighted area expands to fill the entire chart area. Double-click in the chart to return the previous chart display.

6. Hovering over the left side of the chart, an arrow appears allowing you to shift the chart left. The line chart moves to display an earlier time period.7. Hovering over the right side of the chart, an arrow appears allowing you to shift the chart right. The line chart moves to display a later time period.

NoteWhen moving chart visuals back or forward in time, the chart only displays available data. When no data is available for the time period, the chart is blank.



2.5 Spike InspectorThe details page for Spike Inspector, allows data to be analyzed for finding sudden increases or decreases of load for the selected time range.

Figure 4 - Spike Inspector



Overview of Spike Inspector

Figure Number Description 1 KPI for Transformers with spike beyond ##pp 2 Highest spike 3 Transformer with highest spike 4 Select From/To date range 5 Spike [pp] -- Slider for user to select the spike in percentage points (pp) for the Geo map display 6 Enlarge icon 7 Map view – Map, Satellite, Terrain 8 Visual presentation of data on a Geo Map 9 Pin icon representing an unique transformer marker 10 Additional information available when an individual transformer marker is selected

Table 4 - Spike Inspector structure

1. Transformers with spike beyond ##pp. -- Display of number of transformers with spike beyond defined percentage point. 2. Highest spike -- Display of highest spike number.3. Transformer with highest spike – Individual transformer identified as having the highest spike.4. From/To data ranges – Allows user to filter the data by a date range. The date range selected also affects charts displayed when selecting a unique

transformer marker.5. Spike [pp] -- Slider for user to select the spike in percentage points (pp) for the Geo map display. All transformers with a positive or negative spike equal

or higher than the selected percentage point are displayed.6. Enlarge - Select icon to expand map to full screen, choose again to return to initial view.7. Map View – Menu for allowing user options for Map, Satellite, or Terrain views of the Geo map.8. Geo Map – A geographical map that displays the location of all transformers with spike height data according to filter selections. An individual pin icon

represents the transformer.9. Pin icon – The icon represents one transformer. Selecting the icon opens a chart of the load with the relevant spike for that transformer.10. Hovering over an icon marker displays additional information for the chosen transformer:

1. The identifying name or ID for the transformer2. The maximum spike, in percentage points, for the selected time range.



KPI Details for this page

KPI Description

Transformers with spike beyond ##pp. Displays the number of transformers showing load changes (as absolute value, for example, either up or down) between two consecutive measurements of 25 percentage points (pp) or above.

Highest spike The highest load change as absolute value encountered in the selected time frame

Transformer with highest spike Displays the identifying ID name of the transformer that exhibits this highest load change in the selected time frame.



2.6 Spike Inspector chart

Figure 5 - Spike Inspector Chart



Overview of Spike Inspector Chart

Figure Number Description 1 Name of transformer selected 2 Close Chart 3 Line Chart area and Threshold limit lines 4 Measurement point that displays load values 5 Shift line chart to left 6 Shift line chart to right

Table 5 - Spike Inspector Chart structure

1. The selected transformer identifying name.2. The X button closes the chart and returns you to the Geo map.3. The chart data area. The gold graph tracks the measurement points for spike load. The 4. By hovering the cursor over the chart, a vertical line displays the related load value in a box at the top of the line. Select the line and hold while dragging

the cursor to highlight an area of the chart. When you release the cursor, the highlighted area expands to fill the entire chart area. Double-click in the chart to return the previous chart display.





2.7 Loss of Life Analysis

Figure 6 - Loss of Life Analysis Figure



Overview of Loss of Life Analysis

Figure Number Description 1 Number of transformers KPI 2 Select From/To date range 3 Overload [%] – Slider for setting thresholds for overload percentage 4 MAX or AVG – Switch between displaying maximum or average for loss of life 5 Enlarge display area or choose again to return to default view 6 Map View -- Map, Satellite, or Terrain 7 Visual presentation of data on a Geo Map 8 Pin icon representing an unique transformer marker 9 Additional information available when an individual transformer marker is selected

Table 6 - Loss of Life Analysis structure

1. Total number of transformers.2. From/To date range – Allows you to filter data by time.3. Overload [%] -- Slider for you to select the overload by a percentage (%) thresholds for the Geo map display. You set upper and lower thresholds and all

transformers with an overload percentage within that range are displayed. 1. Setting the minimum threshold affects the number of transformers displayed.2. Setting the maximum threshold affects the status color of the transformers displayed.

4. MAX or AVG – Allows you to switch button to display the transformers that are overloaded with the maximum value or on average for the overload range selected.

5. Enlarge - Select icon to expand map to full screen, choose again to return to initial view.6. Map View – Menu for allowing user options for Map, Satellite, or Terrain views of the Geo map.7. Geo Map – A geographical map that displays the location of all transformers with loss of life data according to filter selections. An individual pin icon

represents the transformer.8. Pin icon – The icon represents one transformer. Selecting the icon opens a chart for that transformer.9. Hovering over an icon marker displays additional information for the chosen transformer:

1. The identifying name or ID for the transformer2. The maximum spike, in percentage points, for the selected time range.



KPI Details for this page

KPI Description

Number of transformers The total number of transformers maintained in the system.

2.8 Loss of Life Chart

Figure 7 - Loss of Life Chart



Overview of Loss of Live Chart

Figure Number Description 1 Name of transformer 2 Overall loss of life and displayed time interval 3 Close chart 4 Chart presentation area 5 Loss of life and hotspot temperature values for selected area

6 Shift line chart left 7 Shift line chart right

Table 7 - Loss of Life Chart structure

1. The selected transformer identifying name.2. The displayed time interval and the corresponding overall loss of life is listed3. The X button closes the chart and returns you to the Geo map.4. The chart data area. Chart displaying the loss of life data for the selected date range. The green graph tracks the measurement points for the loss of life

factor (legend measurement on right of chart). The red line displays the hotspot temperature data (legend measurement on left of chart).5. By hovering the cursor over the chart, a vertical line displays two boxes at the top of the line. The box with data in green displays the related loss of life

value for that measurement point. The lower box with data in red displays the hotspot temperature values for that measurement point. Select the line and hold while dragging the cursor to highlight an area of the chart. When you release the cursor, the highlighted area expands to fill the entire chart area. Double-click in the chart to return the previous chart display.







3 Reviewing My Home Screen

Test AdministrationYour test project: Fill in the project-specific parts (highlighted).Test Case ID <X.XX> Tester Name Testing DateResponsibility <State Service Provider, Customer, or Joint Service

Provider and Customer>Duration <minutes> Minutes

Test Type Using Transformer AnalysisTest System Your system

PurposeThe following steps provide an example of the process a business user would follow to understand current stream data.

ProcedureFollow the process steps while using your desktop.

Test Step #

Test Step Name Instruction User Entries:Field Name: Value

Expected Result Pass / Fail / Comment

1 Logon Access the Transformer Analytics page with a Web browser

URL: http://<hanaserver>:80<instance sap/rds-bdi/utl/transformer/index.htmlWith the Web browser, where:<hanaserver> is the name of the SAP HANA server<instance#> is the number of the SAP HANA instance

Access to landing page for credentials

2 Enter Credentials

Enter user name and password

The credentials granted to you for the SAP HANA database to access Transformer Load

The My Home page is available to you.



Test Step #



Analytics3 Available Tiles Check Tile KPIs on My

Home PageThe following Transformer Load Analytics Tiles with corresponding KPIs are available on My Home Page:

o Map Overviewo Spike Inspectoro Loss of Lifeo (And any previously created custom

tiles)

Tiles with KPIs are available

4 Launch Map Overview

Launch the details page for Map Overview

Choose Map Overview tile The Map Overview details page is available to you.

5 Return to My Home

Return to My Home page

Choose the Home icon at the upper left The My Home page is displayed

6 Launch Loss of Life

Launch the details page for Loss of Life

Choose the Loss of Life tile The Loss of Life details page is available to you

7 Return to My Home

Return to My Home page

Choose the left arrow icon at top of window The My Home page is displayed



4 Map Overview

Test AdministrationCustomer project: Fill in the project-specific parts (highlighted).Test Case ID <X.XX> Tester Name Testing DateResponsibility <State Service Provider, Customer, or Joint Service





Test Step #



1 Logon Access the Transformer Analysis system with a Web browser

URL: http://<hanaserver>:80<instance sap/rds-bdi/utl/transformer/index.html

with the Web browser, where:<hanaserver> is the name of the SAP HANA server<instance#> is the number of the SAP HANA instance




Test Step #



2 Enter Credentials

Enter user name and password

The credentials granted to you for the SAP HANA database to access Transformer Analytics

The My Home page is available to you.

3 Choose Tile Choose the Map Overview Tile on the My Home page

Map Overview Tile Opens Map Overview details page

4 Check Layout Review the following elements of the Map Overview page

Title: Map OverviewKPIs across top:

o Transformers with load beyond 100%o Highest loado Transformer with highest loado Average Load of All Transformerso Number of transformers

Filter Options: o Time range selection: From / Too Overload [%] percent scale bar

o Choose MAX button to switch to AVG

Geo Map with pin icons for the transformer locations that have overload in the given scale and time range

All components are present

5 Check Map figures and drilldown

Verify map information and verify that the additional information provided for a transformer

Zoom in on the Geo map to and identify one transformer location. Ensure that the map location corresponds with the actual location of the transformer.Hover over the transformer pin icon and verify the unique identifier name or ID of the transformer.The color of the transformer icon pin should align with the Overload [%] thresholds

The Geo map shows the location of transformers as pins: ID, maximum and average loadThe Pins indicate overload by Color Code

6 Change filter settings

Adjust date range and Overload [%} slider

Adjust From/To date range. Adjust the slider for Overload [%]

Adjusting date ranges change KPI data numbers.Adjusting the lower limits of the slider changes the number of icons



Test Step #



displayed. Adjusting the upper limit of the slider changes icons color status

7 Show Transformer Overload

Select an individual Transformer Location

Select a pin on Geo MapIn chart window, select Show ForecastChoose Hide Forecast Choose the X button in upper right to return to Map Overview details page

A load curve report page opens to show a graph with Transformer Overload figures for the time range. Selecting Show Forecast displays a prediction for the next period in blue. Choosing Hide Forecast returns to graph without forecast.Choosing the X button closes the chart and returns to the Map Overview details page.

8 Return to Home page

Use navigation features to return to My Home page

Two options:8. Select the Home icon button at the top

left.1. Choose the arrow at top of window

My Home page restored



5 Spike Inspector






Test Step #



1 Logon Access the Transformer Analysis system with a Web browser

URL: http://<hanaserver>:80<instance sap/rds-bdi/utl/transformer/index.html

with the Web browser, where:<hanaserver> is the name of the SAP HANA server<instance#> is the number of the SAP HANA instance


2 Enter Enter user name The credentials granted to you for the SAP HANA The My Home page is



Test Step #



Credentials and password database to access Transformer Analytics available to you. 3 Choose Tile Choose the Spike

Inspector Tile on the My Home page

Spike Inspector Tile Opens Spike Inspector details page showing the Geo locations for the transformers that show a sudden increase or decrease of load for a given time range

4 Check Layout Review the following elements of the Spike Inspector page

Title: Spike InspectorKPIs across top of page:

o Transformers with spike beyond ##ppo Highest spikeo Transformer with highest spike

Filter Options: o Time range selection: From / Too Spike [pp] percent scale bar

Geo Map showing the transformer locations as pin icons and the pins have colors that show spike height status based on selected filters





The Geo map shows the location of transformers as pins: ID, maximum and average loadThe Pins indicate overload by Color Code




Adjusting date ranges change KPI data numbers.Adjusting the lower limits of the slider changes the number of icons displayed.



Test Step #



Adjusting the upper limit of the slider changes icons color status

7 Show Transformer Spike Variations

Select a Transformer Locations

Select a transformer pin on Geo MapHover inside chart to see individual measurement points.Choose a point inside the chart, hold, and move to left, then releaseDouble-click any gray area inside the chartChoose the X button at upper right to close chart

A spike curve chart opens displaying a graph with Transformer spike variation figures for the time range. The horizontal yellow line is the Spike [pp] setting number.Select a point, holding, and moving to left or right then releasing expands that area to fill the window. Double-clicking in gray area returns to initial (unexpanded) chart.Choosing the X button close the chart.



Two options:2. Select the Home icon button at the top

left.3. Choose the arrow at top of window






6 Loss of Life Analysis






Test Step #



1 Logon Access the Transformer Load Analytics system with a Web browser

URL: http://<hanaserver>:80<instance sap/rds-bdi/utl/transformer/index.html with the Web browser, where:<hanaserver> is the name of the SAP HANA server<instance#> is the number of the SAP HANA instance


2 Enter Enter user name and The credentials granted to you for the SAP The My Home page is



Test Step #



Credentials password HANA database to access the solution available to you. 3 Choose Tile Choose Loss of Life

Tile on the My Home page

Loss of Life Tile Opens Loss of Life details page

4 Check Layout Check the following elements of the Loss of Life details page

Title: Loss of LifeKPI at top of page:

o Number of transformersFilter Options:

o From / To date range selectiono Overload [%] percentage scale bar

Geo Map showing individual transformer locations as pin icons





The Geo map shows the location of transformers as pins: ID, maximum and average loadThe pins indicate loss of life by color status




Adjusting date ranges change KPI data numbers.Adjusting the lower limits of the slider changes the number of icons displayed. Adjusting the upper limit of the slider changes icons color status

7 Show Transformer Loss of Life

Select one of the Transformer Location pins

Select a transformer pin on Geo MapHover inside chart to see individual measurement points. Green data number is Loss of Life factor with number legend along the right side of the chart. Red data number is hotspot Temperature with number legend

A loss of life chart opens displaying a graph with Transformer Loss of Life factor and Temperature figures for the selected time range.



Test Step #



along the left side of the chart.Choose a point inside the chart, hold, and move to left, then releaseDouble-click any gray area inside the chartChoose the X button at upper right to close chart

Select a point, holding, and moving to left or right then releasing expands that area to fill the window. Double-clicking in gray area returns to initial (unexpanded) chart.Choosing the X button close the chart.



Two options:4. Select the Home icon button at the

top left.5. Choose the arrow at top of window




Typographic Conventions

Type Style Description

Example Words or characters quoted from the screen. These include field names, screen titles, pushbuttons labels, menu names, menu paths, and menu options.Textual cross-references to other documents.

Example Emphasized words or expressions.EXAMPLE Technical names of system objects. These include report names, program names, transaction codes, table names, and key concepts of

a programming language when they are surrounded by body text, for example, SELECT and INCLUDE.Example Output on the screen. This includes file and directory names and their paths, messages, names of variables and parameters, source

text, and names of installation, upgrade, and database tools.Example Exact user entry. These are words or characters that you enter in the system exactly as they appear in the documentation.<Example> Variable user entry. Angle brackets indicate that you replace these words and characters with appropriate entries to make entries in the

system.EXAMPLE Keys on the keyboard, for example, F2 or ENTER .



www.sap.com/contactsap

© 2015 SAP SE or an SAP affiliate company. All rights reserved.No part of this publication may be reproduced or transmitted in any form or for any purpose without the express permission of SAP SE or an SAP affiliate company.SAP and other SAP products and services mentioned herein as well as their respective logos are trademarks or registered trademarks of SAP SE (or an SAP affiliate company) in Germany and other countries. Please see http://global.sap.com/corporate-en/legal/copyright/index.epx#trademark for additional trademark information and notices.Some software products marketed by SAP SE and its distributors contain proprietary software components of other software vendors.National product specifications may vary.These materials are provided by SAP SE or an SAP affiliate company for informational purposes only, without representation or warranty of any kind, and SAP SE or its affiliated companies shall not be liable for errors or omissions with respect to the materials. The only warranties for SAP SE or SAP affiliate company products and services are those that are set forth in the express warranty statements accompanying such products and services, if any. Nothing herein should be construed as constituting an additional warranty. In particular, SAP SE or its affiliated companies have no obligation to pursue any course of business outlined in this document or any related presentation, or to develop or release any functionality mentioned therein. This document, or any related presentation, and SAP SE’s or its affiliated companies’ strategy and possible future developments, products, and/or platform directions and functionality are all subject to change and may be changed by SAP SE or its affiliated companies at any time for any reason without notice. The information in this document is not a commitment, promise, or legal obligation to deliver any material, code, or functionality. All forward-looking statements are subject to various risks and uncertainties that could cause actual results to differ materially from expectations. Readers are cautioned not to place undue reliance on these forward-looking statements, which speak only as of their dates, and they should not be relied upon in making purchasing decisions.

http://global.sap.com/corporate-en/legal/copyright/index.epx#trademark

http://global.sap.com/corporate-en/legal/copyright/index.epx#trademark

Documents

SAP Offline Word Template - SAP Service Marketplace - · Web viewSAP HANA 1.0 June 2015 English Customer Signal Intelligence for Transformer Load Analytics ID: EZ9 Table of Contents