Base station maintenance method and base station maintenance device

Abstract

An embodiment of the present invention provides a base station maintenance method and a base station maintenance device, wherein the method includes: determining whether at least one S1 link among the failed S1 links between the base station and the core network has When the fault of the link is removed, start the timer corresponding to each S1 link in at least one S1 link to start counting, determine whether the counting time of the timer exceeds the preset time, if it is determined that the counting time of the timer exceeds the preset time , then modify the status of each S1 link in at least one S1 link to be available, and control the cell of the base station to be available, thereby improving the stability of the network, ensuring that the user equipment is connected to a stable network, and improving the service experience of the user .

Description

technical field [0001] The present invention relates to the communication field, in particular to a base station maintenance method and a base station maintenance device. Background technique [0002] With the rapid development of mobile communications, users' requirements for network service quality are also increasing. Network operators not only provide basic voice and data services to customers, but also ensure low network delay, low jitter, and low packet loss rate. [0003] There is no special protection for the S1 link between the base station and the core network in the current network. When the S1 link fails, it directly reports the fault to the base station's upper layer. When the S1 link recovers, it directly and automatically performs the cell activation operation. In the actual networking of the field, there are as many as ten hops of transmission equipment between the base station and the core network. The base stations are generally deployed in areas such as d...

AI Technical Summary

Problems solved by technology

In the actual networking of the field, there are as many as ten hops of transmission equipment between the base station and the core network. The base stations are generally deployed in areas such as districts, counties, towns, and towns, and the core network is generally deployed in provincial areas. Therefore, the transmission path is actually quite complicated. Occasionally, when transmission flashes occur, the signal in the cell is normal, but no business can be performed, presenting a false impression that the network is available but users cannot access it, which seriously affects the network quality and causes a large number of user complaints

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