Alarm system and network manager

Abstract

The invention discloses an alarm system which comprises an alarm sender and an alarm receiver. The alarm receiver is used for constructing an operation instruction for operating filter conditions, packaging and setting the related information of the filter conditions to be processed into a special parameter of the operation instruction and sending the operation instruction to the alarm sender which is used for analyzing the related information of the filter conditions from the special parameter of the received operation instruction and processing the filter conditions according to the requirements of the operation instruction. The invention can decrease the integration cost between the alarm receiver and the alarm sender.

Description

Technical field [0001] The invention relates to an alarm technology in the telecommunication network management technology, in particular to an alarm system and a network manager. Background technique [0002] In the technical field of telecommunications network management, the notification process of an alarm is a process in which the alarm sender actively sends the alarm to the alarm receiver. Generally, the alarm sender of the alarm is the managed system, and the alarm receiver of the alarm is the management system. After the managed system detects a failure, it immediately sends an alarm notification to the management system. [0003] Alarm content generally includes: alarm source, alarm type, alarm time, alarm severity, possible causes, specific problems, maintenance suggestions, etc. [0004] General alarms are divided into the following types: [0005] Failure alarm-reflecting the occurrence of failure; [0006] Clear the alarm-reflect the recovery of the fault; [0007] Change ...

AI Technical Summary

Problems solved by technology

As alarm receivers continue to deepen their understanding of alarm correlation, more and more correlation filter conditions may be summed up, so according to the existing scheme, new correlations between alarm receivers and alarm senders will be required. Create a new operation interface for establishing, deleting, and querying the relevant filtering conditions, and the alarm sender must also understand these new operating interface instructions to perform correct filtering; therefore, the existing scheme makes the alarm receiver and The interaction interface between the alarm sender is too complicated. In fact, the alarm receiver and the alarm sender may be independently developed by different manufacturers. Such a complex interface will lead to a relatively high integration cost between the alarm receiver and the alarm sender.

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