Single-plate warning monitoring method

Abstract

An alarm monitoring method of single board includes using configuration file to collect multiple alarms centrally then applying decentralized process to use different manner to process different alarm on logic for decreasing call frequency of exterior function interface and for simplifying process manner i.e utilizing unified processing flow to replace processing flow designed specifically for each alarm in existing technique .

Description

technical field [0001] The invention relates to mobile communication network management technology, in particular to a bottom layer alarm detection method of base station single board software in the mobile communication network. Background technique [0002] The base station is an indispensable part of the wireless mobile network, whether it is a wireless mobile network using the Global System for mobile communication (Global System for mobile Communication, referred to as "GSM") technology system network, or a wireless mobile network using Code Division Multiple Access (Code Division Multiple Access) , referred to as "CDMA") technology system networking wireless mobile network requires a large number of base stations as the basic components of the network. The operation status of the base station is closely related to the service quality of the network. [0003] Alarms caused by equipment failures or other events in the base station are unavoidable. The equipment in the b...

AI Technical Summary

Problems solved by technology

[0015] In practical application, the above scheme has the following problems: From the perspective of the detection cycle required by specific alarm items, the detection cycle of each specific alarm is not the same, and the high-level software code needs to start multiple or multiple timers, which takes up a lot of system resources. Reduce the efficiency of the entire network management system

[0016] From the perspective of the code layer, the software code is strongly dependent on the specific board type and alarm items. Once the alarm items are slightly changed, it should be noted that these changes include the addition of alarm items and the triplet identifier of the alarm items requires professional software developers to add, delete, and modify codes. A lot of man-hours are spent on software upgrades

Moreover, the process of detecting and processing alarm items by high-level software is similar, which makes the code extremely redundant. The more the number of alarms, the greater the amount of code processed by the high-level software, the more hardware resources are occupied, and the software program is inefficient.

The amount of codes contained in the software program of the prior art is large, and once it needs to be modified, the amount of modification will be large and the maintenance cost will be high

And these codes are not inheritable and reusable

[0017] From the perspective of base station equipment maintenance personnel, when configuring alarm detection parameters, multiple detection parameters need to be configured according to each specific alarm, which is time-consuming, laborious, inconvenient, and inflexible.

[0018] The above defects may make the maintenance department tired of coping with the alarms of the base station, making it difficult to improve maintenance efficiency

If this problem is not solved properly, the overall performance of the mobile network will drop sharply with the rapid expansion of the network scale, and it will be difficult for operators to obtain due returns from huge investments, and even hinder and restrict mobile services further development of

[0019] The main reason for this situation is that the high-level software processing process in the prior art has not been fully optimized, that is, the processing process and method of each segment of the code for processing and detecting specific alarm items have not been deeply and comprehensively analyzed.

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