The W-Planning (v1.3) plug-in instructions Directory 1.1 Data produced Part 2 1.1.1 Source data production (1) GSM data format (2) WCDMA data format (3) o-zone data 1.1.2 The cell information table is imported into the MapInfo 5 1.1.2.1 Importing Workers Participation 5 1.1.3 Data updates 1.1.3.1 update existing district working parameters 1.1.3.2 new base station 7 1.2 The basic function 7 1.2.3 The planning tool 9 1.2.3.1 GSM frequency planning application: 9 1.2.3.2 WCDMA scrambling codes planning application: 10 1.2.4 o Community Tools: 11 1.2.4.1 database: 11 1.2.4.2 pros and cons to the neighbor cell relations query and display 12 1.2.5 analog coverage analysis tool: 15 1.2.6 tool 16 W-Planning Plug-ins is based on MapInfo plug-ins developed for WCDMA / GSM network settings check and optimization. The advantage is the intuitive display, easy to operate. Main features are: NodeB / BTS base station information of the map; In accordance with the cell number, fuzzy station search district; GSM frequency planning, planning WCDMA scrambling codes; in accordance with the BSC (RNCs) / LAC simulation boundaries geography of; district analog coverage; Optimization 2/3G adjacent areas; one-way adjacent areas to check and graphical;

1.1 Data production section This section describes the production of the raw data in CSV table format, and precautions 1.1.1 Source data production The original cell information is a CSV file, workers participate in a specific format to import, note that the information must be accurate, in particular, is required.

(1) GSM data format LAC_CI ------------------------------------ cell ID, such as 14466_55001, Required; LAC ------------------------------------- the LAC District Required; CI -------------------------------------- cell number, such as 55001, Required; SITE_NO ------------------------------------- Station, optional; SITE_NAME --------------------------------- Site Name Required; CELL_NAME -------------------------------- district name, water juncture -1, required; BSC --------------------------------------------- ownership of BSC , required; BSIC ------------------------------------------- BSIC, Required; BCCH ---------------------------------------- BCCH required; TCH1 ~ TCH12 ------------------------------ TCH frequency, required no filling 0 LONGITUDE / LATITUDE --------------- base station latitude and longitude, required AZIMUTH --------------------------------- azimuth, the whole station 360, change the fill LENGTH the ------------------------------------- geography of the cell coverage system;

Figure 1.1 GSM_Site.csv

Figure 1.1 GSM_Site.csv

(2) WCDMA data format

LAC_CI -------------------------------------- cell ID, such as 14466_55001, Required; LAC ------------------------------------- the LAC District Required; CI -------------------------------------- cell number, such as 55001, Required; NodeBID ------------------------------------- Station, optional; NodeBName --------------------------------- site name, required; Cell_Name ---------------------------- district name, such as water juncture -1, required; RNCID --------------------------------------------- attributable to the RNC , required; UARFCN ---------------------------------------- frequency required; P-SC ----------------------------- scrambler, required Longitude / Latitude --------------- base station latitude and longitude, required Azimuth ---------------------------------- azimuth, the whole station 360, change the fill Length ------------------------------------- geography of the district covering systems;

Figure 1.2 WCDMA_Site.csv

Figure 1.2 WCDMA_Site.csv

Note: The base station property, please use the above named methods, otherwise it will cause a read error, the user can add other attributes column, the column can be in alphabetical order.

Users can also extend a set of attributes used for base station ID, for example, routing area, configuration, antenna height, the auxiliary carrier frequency, the next dip, coverage, business offices, time-sharing partition information, the column names and content of these attributes can customize

(3) O - Zone Data Fill out an example

Note: s_network / d_network fill out the specification for 2G (3G), the direction fill specification 2G_2G/2G_3G/3G_3G/3G_2G 1.1.2 District Information Table imported into MapInfo Basic data sheet, fill in the complete, according to the specification check, run the plug-in, as shown:

1.1.2.1 Importing workers Participation Select the menu Create Map with GSM_Site, the operation of the screen are as follows:

bscname PT_BSC512 s_network 2G s_lac 14 446 s_cellid 50272 sitename BS5027_JiangKouPingMin-27 d_network 2G d_lac 14 353 d_cellid 10 582 BCCH_UARFCN 110 bsic_psc 21 direction 2G_2G

Similarly select the Create Map with WCDMA_Site the Import the Neighbor two import, WCDMA, and adjacent areas of data 1.1.3 Data updates Planning data often changes, the frequency and scrambling code needs to be updated according to the current network operation. The updated data is relatively simple. 1.1.3.1 Update existing residential work parameters

MapInfo comes tool Info_tool, click the object you want to modify (Figure 1.1.3.1, modify the cell data), directly modify => Save, longitude and latitude there is a change to refresh the layers, you can select the changed district, then as shown in Figure 1.1.3.2 Refresh Data menu), pay attention to the updated position, must take LAC_CI, LAC, CI data fill in the correct Figure 1.1.3.1 To modify the cell data

Figure 1.1.3.2 Refresh Layers

1.1.3.2 New Base Stations The simplest way to change the layer is programmable, then copy an existing base station, drag the newly added cell layer, and then modify the information, select the refresh, you can complete the site to add 1.2 Basic features Shortcut button Profile

(1) To open the Layer (2) Cell search (3) GSM frequency planning (frequency) (4) GSM frequency planning frequency (next) (5) WCDMA scrambling code planning (scrambler) (6) WCDMA scrambling code planning (a scrambler) (7) Adjacent areas to find the (forward lookup) (8) Adjacent areas to find the (reverse lookup) (9) The BSC / RNC geography of boundaries (10) The LAC geography of boundaries (11) To open the Legend (12) To export a Google KML file (13) Refresh layer 1.2.1 Open table command description: "Open work table ..." command in the menu, or click the button (below the toolbar (red). Execute this command in the specified folder to open the MapInfo Table. Of course, can also turn on the Open menu of MapInfo Table appropriate form, according to the need to select the appropriate form Note: To open the form must be in the same directory

1.2.2 Cell Search

The above chart selected, to locate

Select the network you want to find, enter the district number, district name to search for an exact match, center and display corresponding Message, and as shown below (Find Wat Stone Town, -1 district)

1.2.3 The planning tool 1.2.3.1 GSM frequency planning application: The tool can query the plot of the 12-carrier configuration, the use of red, blue, and green display BCCH, TCH1 to TCH12 frequency planning. Related commands are Find frequency Find previous frequency Find the next frequency Query performance is as follows. And the tool also provides shortcut buttons related to a frequency point / N about frequency (uppercase P)

1.2.3.2 WCDMA scrambling codes planning application: Tool inquiries 1-512 scrambling code, the use of red, blue, and green show the PSC planning circumstances, by way of scrambling code planning, you can choose +1, +8 two presentation. Related commands are Find PSC Find previous PSC Find next PSC

Query as shown below

1.2.4 The adjacent plot tool: Adjacent cell Tools main menu as shown in the main function of the whole network neighbor data analysis is reverse adjacent cell relationship query and display; one-way adjacent areas query (2/3G)

1.2.4.1 Analysis of the database: Find Single Way Neighbor The entire network into a one-way neighbor. The analysis relates only to the Neighbor Data Sheet. Neighbor data must be included in the column related to the data of the source cell, target cell data, as follows: The source cell data: bscname, s_network s_lac, s_cellid Target cell data: d_network, d_lac, d_cellid, Global labeling: direction the user interface is as follows:

(1) Export Single Direction_neighbor.csv export the report of the one-way adjacent areas in the C: / OneWay.csv (2) Show Single Direction neighbor sub-item to complete, one-way adjacent areas of geographic graphical, intuitive and convenient, reducing excessive inspection process. 1.2.4.2 Pros and Cons to query and display the neighbor cell relations

Neighbor cell relations query must use MapInfo tool , use this tool in the CELL map, click query cell, and then choose a command shown below to complete the query and display of normal or reverse the adjacent cell. "Display Neighbors for a selected cell": query and display for the forward neighbor cell relations (cut out). "Display a cell Neighbor in backward": used to query and display of reverse neighbor cell relations (cut into). As an option users can also choose the shortcut keys to execute commands (1) GSM Neighbor cell search The following is a forward lookup renderings of the GSM cell

Note: the gray lines 2G_2G adjacent areas, and green lines for the relationship of the adjacent district of 2G_3G Following is a GSM cell reverse lookup renderings

Description: The gray lines for the adjacent areas of the 2G_2G relations of brown lines for 3G_2G adjacent areas (2) WCDMA Neighbor cell search The following is a forward lookup renderings of the WCDMA cell

Note: The red lines for the adjacent areas of the 3G_3G relations of brown lines for 3G_2G adjacent areas

The following is a WCDMA cell reverse lookup renderings

Description: The red lines 3G_3G adjacent areas, the green lines relationship for 2G_3G adjacent areas 1.2.5 The simulation coverage analysis tool: Daily work, we often need to have a rough idea of network coverage, for example, each division of the BSC, LAC Region division, and cell cellular analog coverage area, this tool can automatically calculate the BSC / LAC zone The simulation program, marked with different colors. The function menu as follows:

Renderings of the BSC program (LAC similar), as follows:

Be in line with tools of Toolmate "the Embed Thematic in the map" display the layers within the legend, which is more convenient to view, the effect is as follows:

1.2.6 Tools

(1) "Embed Thematic in the map layers within the legend (2) Export mapinfo2google export MapInfo The picture shows Google Note that this operation requires you to not maximize and minimize the window, as shown as the window, and Figure as the action is to display all objects,

Layer Control operation to display the Label above for export complete GOOGLE kml file, Export and Save KML files to UTF-8 format output