Full-wave band GSM base station information acquisition system

Abstract

Disclosed in the invention is a full-wave band GSM base station information acquisition system. The method for implementing the system comprises the following steps: setting a starting mode of a global positioning system and obtaining first-time positioning time; setting interval time between scanning and searching; turning off a radio frequency switch to carry out full-waveband scanning; searching and obtaining base station signal information and base station information at a frequency point; newly adding or updating the base station signal information and base station information; uploading the base station signal information and base station information to a mobile detection terminal, carrying out querying and reporting to obtain and record base station positioning information of scanning each time; labeling the position of the base station at a map and drawing a distribution track and a zone of the base station; carrying out analyzing and classification on the base station information and the positioning information and storing the base station information; and analyzing the classified base station information for displaying. According to the information acquisition system provided by the invention, acquisition, analyzing, and classified displaying of base station information can be realized; and the precision is high and the real-time performance is excellent.

Description

technical field [0001] The invention relates to the field of network software, in particular to a full-band GSM base station information collection system. Background technique [0002] GSM communication is currently the most widely used mobile phone standard. GSM standard equipment accounts for more than 80% of the current global cellular mobile communication equipment market. With such a high penetration rate, people pay more attention to network performance, coverage and capacity. The indicators are directly linked to the distribution of base stations and the performance of base stations. Facing the fierce market competition of mobile operators, how to intuitively measure and monitor the division of base stations and signal strength of each operator in different locations is an indispensable In addition, for large and medium-sized enterprises, public facilities, transportation, etc., the ability to measure the strength and density of base stations in the area is of constr...

AI Technical Summary

Problems solved by technology

[0003] However, the current base station acquisition system has many defects: ① only the Serving cell and Neighbor cell of a certain operator can be searched separately, but not all base station information can be obtained. China Unicom's base station, and only Serving cell and Neighbor cell but not all surrounding base stations; ② Cannot effectively combine GSM and GPS

Some professional test tools do not have GPS modules, so they cannot accurately know the current location

Or there is a GPS module but it can only record latitude and longitude, and there is no GIS system to support displaying the specific location; ③The breadth of terminal and software applications is not enough

Some modules only support GSM dual-band, that is, they can only be used in China and some other countries, and cannot automatically know which operator a certain base station belongs to from the base station information, so people need a base station information collection system that meets the requirements more

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