Alarm message processing method, device, system and equipment

Abstract

The present invention provides a method, device, system and equipment for processing an alarm message, including: receiving a first alarm generation message reported by an alarm agent; locating a first alarm collector, where a second An alarm generation message; judging whether there is a second alarm generation message identical to the first alarm generation message in the first alarm collector; if so, adding the first alarm generation message to the corresponding alarm agent The second alarm collector; if not, then judge whether there is a third alarm generation message identical to the first alarm generation message in the third alarm collector; if so, then discard the first alarm generation message; otherwise, then Adding the first alarm generation message to the second alarm collector, and reporting the first alarm generation message to the OMC. The invention can ensure that the alarm reporting time observed by the network operation and maintenance personnel is the time when the first fault occurs.

Description

technical field [0001] The invention relates to the field of distributed communication, in particular to a method for processing alarm messages, a device for processing alarm messages, a system for processing alarm messages, a master global board and a peripheral single board. Background technique [0002] In distributed telecommunication equipment, in order to monitor the operation of the network element equipment, it is usually necessary to monitor, process and report the alarm messages generated by the network element equipment in a timely and effective manner. [0003] The current alarm system consists of OAMS (Operation and Maintenance Subsystem), OMC (Operation and Maintenance Center) and alarm sources. Among them, the alarm source is responsible for monitoring the status changes of the managed objects, generating alarm information (including alarm generation messages and alarm clear messages) after the object status changes, and reporting the alarm information to OAMS...

AI Technical Summary

Problems solved by technology

That is to say, there will be a large number of alarm messages reported to the OMC before and after the board is reset, increasing the pressure on message communication between network elements and network management, and also affecting the alarm processing efficiency of the OMC;

[0007] On the other hand, for faults caused by the same reason, the alarm message is repeatedly reported to the OMC, and the alarm generation time is constantly updated (for example, an alarm message for a cell out of service is generated at 2013-6-208:00 and reported to the OMC, and then the cell It has been in the decommissioning state, and then the board that reported the alarm message was reset at 2013-6-21 10:00. When the board is reset, the original community decommissioning alarm will be cleared. After the reset is completed, due to the status of the community If it has not been restored, the cell out-of-service alarm will be reported to OMC again, but the alarm generation time is the time after the reset), which may cause repeated fault dispatching, reduce fault handling efficiency, and increase equipment maintenance costs

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