Alarm self-positioning and self-processing method and system for mobile communication network guard system

Abstract

An alarm self positioning and self handling method in a mobile communication network management system relates to the alarm self positioning and self handling in the mobile communication network management system. A monitoring system maintains three tables which respectively store the results of automatic command execution, alarm self positioning and self handling rules and delayed time processing objects. If an alarm net element is not an engineering net element and is not in a non-self handling status such as a busy status and the alarm meets the self handling rules, the alarm is judged to see whether the alarm needs a delayed time processing; if yes, an external polling process handles the alarm, and if no, the alarm is checked for repeated occurrence within a preset time after the self handling; if yes, worksheet processing is carried out, and if no the alarm self handling service is called. The method provided by the invention releases monitoring personnel from simple and repeated manual labor, thereby improving the efficiency of the whole monitoring operation.

Description

Method and system for alarm self-location and self-processing in mobile communication network management system technical field The invention relates to a network management system in a mobile communication network, in particular to alarm self-location and self-processing in a mobile communication network management monitoring system. Background technique The Operation Support System (Operation Support System, abbreviated as OSS) is an important part of mobile operation management. OSS is an important means for mobile operators to quickly activate services, ensure services in a timely manner, and optimize management of network resources. It is an integral part of network operation and management. Fault management is the core management area of ​​the OSS system. At present, all mobile operators have basically realized the centralized and unified monitoring of main network equipment fault information, and established a relatively complete fault management system around fau...

AI Technical Summary

Problems solved by technology

This manual alarm location and processing method is a simple and repetitive labor, especially in a network with a large number of devices, there may be a large number of alarm information generated, and the workload of monitoring and maintenance personnel can be imagined. Moreover, the time for troubleshooting is too long, and sometimes it cannot be dealt with in time, which affects the quality of network operation

The efficiency of the entire monitoring work is not high, and the shortcomings are obvious

With the continuous expansion of the network scale and the continuous increase of network devices, network monitoring and maintenance personnel are busy dealing with a large number of alarms that occur continuously. Manually sending instructions to OSS to collect information or eliminate alarms consumes a lot of time and is easy to miss major network events.

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