w-planning1.3 instructions for use

W-Planning(V1.3)插件说明

W-Planning (v1.3) plug-in instructions.Directory1.1 Data produced part 21.1.1 source data making 2(1) GSM Data Format 2(2) the WCDMA data format 3(3) adjacent areas data1.1.2 cell information table imported into MapInfo 51.1.2.1 Importing Workers Participation 51.1.3 data update 61.1.3.1 update existing residential workers refs 61.1.3.2 new base station 71.2 Basic functions 71.2.3 Planning Tools 91.2.3.1 GSM frequency planning applications: 91.2.3.2 WCDMA scrambling code planning applications: 101.2.4 adjacent cell tools: 111.2.4.1 database analysis: 111.2.4.2 query and display positive and negative relationship to the adjacent cell 121.2.5 the analog coverage analysis tool: 151.2.6 Tools 16

W-Planning plug is a plug-in based on MapInfo development for WCDMA / GSM

network settings check and optimization. The advantage is intuitive and easy to operate.

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The main functions are:

• NodeB / BTS base station information of the map;

• in accordance with the cell number, fuzzy station name searches for a cell;

• GSM frequency planning WCDMA scrambling code planning;

In accordance with the BSC (RNC) / the LAC simulation boundaries geo-;

• cell simulation coverage;

• 2/3G neighbor cell optimization;

• check and graphical way adjacent areas;

1.1 data produced partsThis section describes the production of the raw data of the CSV tabular Note

1.1.1 source data making

CSV file, the original cell information workers participate in a specific format to import, to pay attention to the information to be accurate, especially Required items.

(1) GSM data format• LAC_CI ------------------------------------ cell identification items, such as 14466_55001 required;• LAC ------------------------------------- LAC region required;• CI -------------------------------------- cell number, such as 55001, required;• SITE_NO ------------------------------------- station number, optional;• SITE_NAME --------------------------------- Site Name Required;• CELL_NAME -------------------------------- district names, such as water juncture -1, required;• BSC --------------------------------------------- vest 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, full to the station 360, change the fill• LENGTH ------------------------------------- geographical cell coverage system;

Figure 1.1 GSM_Site.csv

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图 1.1 GSM_Site.csv(2) WCDMA data format

• LAC_CI -------------------------------------- cell identification items, such as 14466_55001 required;• LAC ------------------------------------- LAC region required;• CI -------------------------------------- cell number, such as 55001, required;• NodeBID ------------------------------------- station number, optional;• NodeBName --------------------------------- site name required;• Cell_Name -------------------------------- district names, such as water juncture -1, required;• RNCID --------------------------------------------- vest RNC , required;• UARFCN ---------------------------------------- frequency, required;• P-SC ----------------------------- scrambling code, required• Longitude / Latitude --------------- base station latitude and longitude, required• Azimuth ---------------------------------- azimuth, full to the station 360, change the fill• length ------------------------------------- geographical cell coverage system;

Figure 1.2 WCDMA_Site.csv

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Figure 1.2 WCDMA_Site.csv the

Description: base station attributes please use the above named method, otherwise it will cause a read

error, user can add other attributes column, the column can alphabetical order.

Users can also extend a series of properties for base station identification, such as the configuration of the routing area, antenna height, auxiliary carrier frequency, down tilt, coverage, business offices, timeshare partition information, the column name and content of these attributes can customize

(3) adjacent areas data

Written examples

bscname PT_BSC512

s_network 2G

s_lac 14466

s_cellid 50272

sitename BS5027_JiangKouPingMin-27

d_network 2G

d_lac 14353

d_cellid 10582

BCCH_UAR

FCN110

bsic_psc 21

direction 2G_2G

Note: s_network / d_network fill out the norms for 2G (3G), direction fill specification

2G_2G/2G_3G/3G_3G/3G_2G

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1.1.2 cell information table imported into MapInfoBasic data table, Complete specification check, run the plug-in, as shown:

1.1.2.1 Importing participatedCreate Map With GSM_Site, select the menu Run screen as follows:

Similarly select Create Map With WCDMA Site, Import Neighbor two were introduced into, WCDMA, and adjacent areas

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1.1.3 Data updates

Planning data often change, the frequency and scrambling code needs to be updated according to the current network operation. Updating data of the method is relatively simple.

The 1.1.3.1 update existing district participated

Mapinfo own tools info_tool , Click the object you want to modify, modify cell data

(Figure 1.1.3.1) shows directly modify => Save, latitude and longitude changes to refresh a layer, you can select the cell has changed after Figure 1.1.3.2refresh data menu) Note that the update position must LAC_CI, LAC, CI data fill in the correct

Figure 1.1.3.1 modify cell data

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Figure 1.1.3.2 refresh Layer1.1.3.2 new base stations Simple way to change the layer is programmable, then copy an existing base station, drag the newly added cell layer, after modifying the information, select Refresh, add the site can be completed1.2 Basic functionsIntroduction to shortcut buttons

(1) Open the Layer(2) cell search(3) GSM frequency planning (on a frequency)(4) GSM frequency planning (next frequency point)(5) WCDMA scrambling code planning (on a scrambling code)(6) WCDMA (a scrambling code), scrambling code planning(7) adjacent areas lookup (forward lookup)(8) adjacent areas Find (reverse lookup)(9) BSC / RNC of geographic boundaries(10) LAC geography of boundaries(11) to open the Legend(12) Export Google Kml file(13) Refresh Layer

1.2.1 Open table command description:In menu bar "open work table ..." command, or click on the button (below the toolbar (red).

Execute this command in the specified folder open Mapinfo Table. Course can also open the Open menu in Mapinfo Tablecorresponding form, based on the need to select the appropriate formNeed To open the form must be in the same directory

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1.2.2 cell search

Selected as shown above, to find

Select the network you want to find, search input cell number, cell name, exact match, the center display, and displays the corresponding Messagel, as shown below (Find Hushi Town -1 cell)

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1.2.3 Planning Tools1.2.3.1 GSM frequency planning application:

The 12 cell carrier configuration tool queries using red, blue, and green shows the BCCH frequency planning TCH1 to TCH12. Related command has"Find frequency""Find previous frequency""Find next frequency"Query effect as follows. And the tool also provides a shortcut button (uppercase state P under a frequency / N frequency)

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1.2.3.2 WCDMA scrambling code planning application:

Tools can be query 1-512 scrambling code, use of red, blue, green the three displays PSC planning situation, you can choose the way scrambling code planning +1 +8 both the presentation. Related command has"Find psc""Find previous psc""Find next psc"

Query as shown below

Tools 1.2.4 neighboring cells:Tools main menu neighboring cells as shown below, the main function of the whole network

neighbor data analysis, forward and reverse neighbor cell relations to query and display;

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unidirectional the adjacent areas queries (2/3G)

The 1.2.4.1 database analysis:"Find Single Way neighbor"Analysis of the whole network of one-way neighbor. The analysis relates only to Neighbor data table. Neighbor data necessary for the columns included in the data related to the source cell, the data of the target cell, as follows:The source cell Data: bscname, s_network s_lac s_cellidTarget cell data: d_network, d_lac, d_cellidGlobal labeling: direction

The operator interface is as follows:

(1) Export Single Direction_neighbor.csv export one-way adjacent areas statements in C :/ OneWay.csv(2) Show Single Direction neighbor sub-project is completed, the geo-graphical one-way adjacent areas, easy and intuitive to reduce excessive inspection process.

1.2.4.2 query and display positive and negative relationship to the adjacent cellQuery must

be used Mapinfo neighbor cell relations Tools, this tool CELL map, click on the desired query cell, and then choose a command below, to complete the normal or reverse neighboring cells query

"Displpay Neighbors for a selected cell": used to the forward adjacent cell relationship query and display (cut out)."Displpay a cell Neighbors in backward": for reverse neighbor cell relations to query and display (cut into).As an optional user also can choose to use the execute command Ankuaichajian(1) GSM neighbor cell Find

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The following is a GSM cell forward lookup effect diagram

Description: the gray lines 2G_2G the adjacent areas, green lines for a 2G_3G the relationship between adjacent areasThe following is a GSM cell reverse lookup effect diagram

Description: gray lines the adjacent areas 2G_2G, brown lines adjacent areas for 3G_2G

(2) Find WCDMA adjacent cellWCDMA cell forward lookup effect diagram

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Description: red lines for 3G_3G adjacent areas, brown lines adjacent areas for 3G_2G

WCDMA cell reverse lookup effect diagram

Description: red lines for 3G_3G adjacent areas, and green lines for 2G_3G relationship between adjacent areas

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1.2.5 analog coverage analysis tool:Daily work, we often need to have a rough idea of network coverage, such as the division of each BSC, LAC division and cell cellular analog coverage area, this tool, you can achieve the automatic calculation of BSC / LAC regionanalog zoning, and marked with different colors.

Function menu as follows:

BSC zoning effect diagram (LAC similar), as follows:

Tools can tie Toolmate "Embed Thematic in map" the inside layers Legend, which is more convenient to view, the effect is as follows:

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1.2.6 Tools

(1) "Embed Thematic in map" layers within Legend(2) "Export mapinfo2google" export mapinfo Pictured google Note, this operation requires you can not maximize and minimize the window, as shown in that window, and Figure operation for the display of all objects as

To display the Label. Layer Control operation, after the completion of the above operation, you can export the complete GOOGLE kml file after export Save KML file in UTF-8 format output

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w-planning1.3 instructions for use

Documents

3g3g adjacent

cell identification

base station

lac region

gsm frequency

adjacent areas

fill length

scrambling