Frequency scanning method, system and device

Abstract

The invention discloses a frequency scanning method, system and equipment, and relates to the technical field of mobile communication. The present invention adopts the combined positioning technology of the GPS module and the position sensor to effectively realize the support for indoor and outdoor frequency scanning; at the same time, the remote frequency scanning server is used for centralized monitoring and management of the background, so as to realize the unified monitoring and management of the background; moreover, it can also communicate with the control terminal through wireless bluetooth Connected, the control terminal can control the frequency scanning process in real time, issue various control commands, and display information such as the frequency scanning map and current location, which is more intuitive. Furthermore, it can also monitor in real time whether there is an effective GPS signal, and judge whether it is necessary to switch between the indoor frequency scanning mode and the outdoor frequency scanning mode, so as to realize accurate and seamless positioning of the indoor and outdoor test point positions.

Description

technical field [0001] The present invention relates to the technical field of mobile communication, in particular to a frequency scanning method, system and equipment. Background technique [0002] Frequency sweeping technology has the advantages of fast, accurate, intuitive and comprehensive collection and measurement of data in all frequency bands of wireless networks during the test process, which is not available in other test methods. On the basis of mining and analyzing massive frequency sweep test data, combined with GIS, charts, graphics and other presentation methods, it is possible to accurately and intuitively locate potential problems in the wireless network, and the way of combining data reflects the actual operation quality of the mobile communication wireless network. It is of great significance to assist network optimization personnel to formulate reasonable network optimization schemes and improve the operation quality of the entire wireless network. [00...

AI Technical Summary

Problems solved by technology

[0007] 1. Most of the existing business test modules are based on commercial-grade communication modules, which are not very specific to the indoor environment, resulting in poor accuracy, and cannot achieve coverage analysis and frequency optimization effects well.

[0008]2. GPS signals cannot be effectively received indoors, and all test points cannot be accurately located

[0009] 3. Manual dot positioning has low accuracy and efficiency, and cannot accurately reflect the wireless network status of the actual test point

[0010]4. The tests of each test point cannot be managed in a centralized manner

[0011]5. The testing process cannot realize real-time and effective centralized and unified monitoring

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