Portable communication network full-band deep coverage information acquisition system and method

Abstract

The invention discloses a portable communication network full-band deep coverage information acquisition system and method. The system comprises a handheld network data acquisition system and a background management center, the handheld network data acquisition system comprises a portable network signal quality probe and a test APP, the portable network signal quality probe is in communication connection with the test APP and is in communication connection with the communication base station, and the test APP is in network connection with the background management center; the portable networkquality probe comprises an MCU control unit, an NB-IOT data module, a whole network communication data module, a rechargeable power supply management module and a Bluetooth wireless module; the rechargeable power supply management module is connected with the MCU control unit; the system is simple in structure, convenient to carry and high in mobility, has the characteristic of being rechargeable,directly collects network information of indoor coverage, and checks the indoor coverage problem of a building; and real-time monitoring and real-time early warning are realized.

Description

technical field [0001] The invention belongs to the technical field of the mobile communication industry, and in particular relates to a system and method for collecting information on full-band depth coverage of a portable communication network. Background technique [0002] With the rapid development of mobile communication networks, customers have increasingly high requirements for coverage and reliability of mobile communication signals, especially for public safety network coverage, which has higher requirements for network reliability. For communication signals in every corner of the room, there is no effective inspection and monitoring means, and it is impossible to predict and deal with failures in advance. That is, when a signal fails on a certain floor of a building or in a local area of ​​​​a building, the network management platform and performance platform cannot detect it in time, so that it cannot be quickly resolved. To eliminate hidden dangers in the network...

AI Technical Summary

Problems solved by technology

For communication signals in every corner of the room, there is no effective inspection and monitoring means, and it is impossible to predict and deal with failures in advance. That is, when a signal fails on a certain floor of a building or in a local area of ​​​​a building, the network management platform and performance platform cannot detect it in time, so that it cannot be quickly resolved. To eliminate hidden dangers in the network, we have to wait helplessly for customer complaints to know that there is a fault. We cannot actively identify the fault and eliminate it in advance, which greatly affects customer satisfaction.

[0003] At present, the special analysis of indoor coverage in buildings can only pass instantaneous data such as indoor special test, patrol test and other data. However, these data can only be applied once and are not sustainable.

The existing MR measurement data is missing, and it is impossible to analyze the network coverage of each floor of the building separately

At present, the industry proposes to realize monitoring through the Internet of Things technology, and RFID products cannot realize the comprehensive analysis of the coverage signal of the cell, and cannot solve the problem of coverage signal acquisition.

The existing Internet of Things probe equipment cannot obtain quality, cannot compete for analysis, and has a single function

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