W-Planning(V1.3)

Only available on StudyMode
  • Topic: GSM, Mobile phone, Base station
  • Pages : 9 (1910 words )
  • Download(s) : 290
  • Published : March 23, 2013
Open Document
Text Preview

W-Planning(v1.3)插件说明
W-Planning (v1.3) plug-in that
Directory
1.1 Data Production Part 2
The production of the source data 2 1.1.1
(1) GSM data format 2
(2) WCDMA 3 Data Format
(3) 4 neighborhood data
1.1.2 Community information tables into MapInfo 5
1.1.2.1 Public participation into 5
6 1.1.3 Update data
1.1.3.1 Public Participation 6 to update the existing district 1.1.3.2 Add the base station 7
1.2 Basic functions 7
9 1.2.3 Planning Tools
1.2.3.1 GSM frequency planning applications: 9
1.2.3.2 WCDMA scrambling code planning application: 10
1.2.4 neighbor Tools: 11
1.2.4.1 Database Analysis: 11
1.2.4.2 to the neighbor relationship between positive and negative query and display 12 1.2.5 Simulation coverage analysis tool: 15
1.2.6 Tools 16

W-Planning (v1.3) plug-in that
Directory
1.1 Data Production Part 2
The production of the source data 2 1.1.1
(1) GSM data format 2
(2) WCDMA 3 Data Format
(3) 4 neighborhood data
1.1.2 Community information tables into MapInfo 5
1.1.2.1 Public participation into 5
6 1.1.3 Update data
1.1.3.1 Public Participation 6 to update the existing district 1.1.3.2 Add the base station 7
1.2 Basic functions 7
9 1.2.3 Planning Tools
1.2.3.1 GSM frequency planning applications: 9
1.2.3.2 WCDMA scrambling code planning application: 10
1.2.4 neighbor Tools: 11
1.2.4.1 Database Analysis: 11
1.2.4.2 to the neighbor relationship between positive and negative query and display 12 1.2.5 Simulation coverage analysis tool: 15
1.2.6 Tools 16

W-Planning is based on MapInfo plug-in plug-ins developed for WCDMA / GSM network settings check and optimization. The advantage is to show intuitive, easy to operate. Main features are: • NodeB / BTS base stations, a map of the information;

• in accordance with the cell number, fuzzy station name to search the area; • GSM frequency planning, WCDMA scrambling code planning;
• in accordance with the BSC (RNC) / LAC geographical boundaries of the simulation; • Cell simulation coverage;
• 2/3G adjacent area optimization;
• One-way inspection and graphical adjacent areas;
1.1 The production part of the data
This section describes the production of the raw data CSV table format, and precautions

1.1.1 the production of source data
The original cell information is CSV file, the workers into participating in a specific format, note the information must be accurate, especially in the items required. (1) GSM data format
• LAC_CI ------------------------------------ cell ID items, such as 14466_55001, required; • LAC ----------------------------------- - LAC area, required; • CI -------------------------------------- cell number, such as 55001, are required; • SITE_NO ------------------------------------- station number, optional; • SITE_NAME --------------------------------- site name, required; • CELL_NAME -------------------------------- district name, such as water juncture -1, required; • BSC --------------------------------------------- attribution 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, all the stations 360, change the fill • LENGTH ------------------------------------- geography of the area covered by the system; 如图1.1 GSM_Site.csv

[pic]
图1.1 GSM_Site.csv

(2) 2) WCDMA data format
• LAC_CI -------------------------------------- cell ID items, such as 14466_55001, required; • LAC ----------------------------------- - LAC area, required; • CI -------------------------------------- cell number, such as 55001, are required; • NodeBID ------------------------------------- station number, optional; • NodeBName...
tracking img