Synchronous monitoring and optimizing system and method used for wireless communication network multi-interface

Abstract

The invention discloses a simultaneous monitoring and optimizing system for multiple interfaces of wireless communication network, comprising: a terminal test module, a simultaneous and communication control module, an access network and core network signaling monitoring module and a data processing module. The invention further discloses a simultaneous monitoring and optimizing method for multiple interfaces of wireless communication network. The terminal test module as well as the access network and core network signal monitoring module of the invention are respectively in charge of terminal side signaling and parameter collection test as well as signaling collection analysis of access network and core network, synchronizes the collection process of the three parties by the simultaneous and communication control module, and then real-time processing and tabulate statistics are performed for the signaling and parameters by the data processing module, positioning and analyzing the network, thereby greatly improving optimization efficiency of wireless network.

Description

technical field [0001] The invention relates to the field of wireless communication, in particular to a system and method for synchronous monitoring and optimization of multiple interfaces of a wireless communication network. Background technique [0002] TD-SCDMA is in the stage of large-scale construction and optimization, how to improve the efficiency of network construction and optimization has become a concern of various operators. In the current TD-SCDMA wireless optimization test, it is first necessary to test the mobile phone tracking signaling (terminal side signaling), RNC tracking signaling (RNC side signaling), and core network tracking signaling (core network side signaling). The difficulty lies in the RNC The computer room and the core network must respectively arrange engineers and on-site test engineers to simultaneously collect signaling data, which is cumbersome to coordinate and wastes manpower; [0003] The second step is to extract the signaling of the ...

AI Technical Summary

Problems solved by technology

In the current TD-SCDMA wireless optimization test, it is first necessary to test the mobile phone tracking signaling (terminal side signaling), RNC tracking signaling (RNC side signaling), and core network tracking signaling (core network side signaling). The difficulty lies in the RNC The computer room and the core network must respectively arrange engineers and on-site test engineers to simultaneously collect signaling data, which is cumbersome to coordinate and wastes manpower;

[0003] The second step is to extract the signaling of the three parties, and align them in time order according to the signaling process; the difficulty of this step is that the time alignment of the signaling is not only easy to make mistakes, causing signaling matching errors, but also consuming a lot of time for engineers ;

[0006] It is not difficult to see that the existing technology needs to waste a lot of time on the data synchronization of the terminal side, the network side and the core network side when locating network problems, and it is necessary to manually extract the signaling and Merging, and viewing of related measurement information, greatly reduces the efficiency of verifying network problems

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