A base station automatic cutover method and device

Abstract

The invention provides a base station automatic cutting-connecting method and device The method comprises the following steps: creating a first connection pool, wherein one or more connections with an old base station can be established in the first connection pool; executing a first cutting-connecting task through the first connection pool, wherein the first cutting-connecting task is a task executed to connect the old base station in a process of cutting over new and old base stations; creating a second connection pool, wherein one or more connections with the new base station can be established in the second connection pool; and executing a second cutting-connecting task through the second connection pool, wherein the second cutting-connecting task is a task executed to connect the new base station in the process of cutting over the new and old base stations. Since numerous tasks need to be executed when cutting over the new and old base stations, a controller needs to be connected with the new and old base stations frequently; the base station automatic cutting-connecting method and device provided by the invention adopt the connection pools, so that the connection can be reused, thus the stability of the connection can be guaranteed, the connection efficiency can also be improved, and key problems of realizing automation can be solved, therefore, base station cutting-connecting automation can be realized.

Description

technical field [0001] The present invention relates to the communication field, in particular to a base station automatic cutover method and device. Background technique [0002] Base station cutover is an important work that must be carried out in order to improve the call quality in certain areas under certain circumstances, such as after the commissioning of a new station is completed, after the expansion project is completed, and when holidays come. Cutovers are required several times a year, usually manually. [0003] However, with the frequent execution of cutover tasks, manual cutover in the traditional way can no longer keep up with the needs. Because the traditional method has a large workload, takes a long time, the verification work is cumbersome, prone to human error, and requires operators who are very familiar with the cutover work, etc., these disadvantages have greatly affected the efficiency and accuracy of the cutover work , restricting the smooth progre...

AI Technical Summary

Problems solved by technology

[0003] However, with the frequent execution of cutover tasks, manual cutover according to the traditional method can no longer keep up with the needs

Because the traditional method has a large workload, takes a long time, the verification work is cumbersome, prone to human error, and requires operators who are very familiar with the cutover work, etc., these disadvantages have greatly affected the efficiency and accuracy of the cutover work , restricting the smooth progress of the cutover work

At present, there is no solution that can well realize the automation of base station cutover

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