A dormant cell recovery method and platform

Abstract

The present invention provides a dormant cell recovery method and platform. The method includes: a determining step of determining a dormant cell to be restored according to a preset dormant cell judgment rule; an instruction generation step of generating a user corresponding to each dormant cell to be restored The dormant recovery instruction set for restoring the dormant sub-district to be restored to a normal sub-district; the recovery processing step, when the determined number of dormant sub-districts to be restored is greater than or equal to 2, execute each of the plurality of dormant sub-districts to be restored by multi-threading technology The corresponding dormancy recovery instruction set restores the multiple dormant cells to be restored to normal cells; the dormant cell recovery method and platform provided by the present invention greatly improve the processing efficiency of dormant cells, and effectively avoid untimely processing when there are many dormant cells problem, which ensures the timeliness of the execution of the recovery instruction.

Description

technical field [0001] The invention relates to a mobile network, in particular to a dormant cell recovery method and platform. Background technique [0002] In the existing 2G network, monitoring and optimizing the EGPRS data service dormant cell (hereinafter referred to as the dormant cell) is an important daily optimization work, which plays an important role in ensuring and improving the data service perception of users and end users. Daily optimization personnel need to monitor the important wireless indicators (KPI) of the network operation status of the dormant cell in real time, analyze the cause of the dormant cell, and manually optimize the dormant cell. [0003] The disadvantages of the prior art are: in the existing process of recovering dormant cells: since it takes about 2 minutes to automatically execute the instruction set of a certain dormant cell, when there are many dormant cells in the network, it may The dormant cell in the previous time period cannot b...

AI Technical Summary

Problems solved by technology

[0003] The disadvantages of the prior art are: in the existing process of recovering dormant cells: since it takes about 2 minutes to automatically execute the instruction set of a certain dormant cell, when there are many dormant cells in the network, it may The dormant cell in the previous time period cannot be executed in time, but the work order of the dormant cell in the next time period is generated again, which will lead to the problem that some commands cannot be executed and the execution of the command is seriously lagging behind, which will make some dormant cells The problem of being unable to deal with it in time brings troubles to users when using the mobile network; moreover, some recovery operation instructions for dormant cells will cause the hot restart of the PCU of the base station controller. If the PCU of the base station controller performs hot restart frequently, then If the same PCU is hot restarted uninterruptedly when executing the processing recovery command, it may cause the PCU to hang, which will cause all cells under the PCU to enter EGPRS dormancy and cause network failure.

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