Method and system for presenting alarm data statistical results

Abstract

The invention discloses a method and a system for presenting alarm data statistical results. The method includes: subjecting alarm data to analytical statistics according to a preset strategy device analytical statistics model of at least two dimensions to obtain statistical results of alarm data of at least two dimensions; and selecting statistical results of alarm data of at least one dimension from the statistical results of alarm data of at least two dimensions to present onto an interface. Applying the method and the system for presenting alarm data statistical results can obtain the statistical results of alarm data of at least two dimensions, the statistical results of the alarm data can be presented from at least one angle according to requirements of users, and current practical requirements of network management personnel can be met.

Description

technical field [0001] The present invention relates to the field of telecommunication network management, in particular to a method and system for presenting statistical results of alarm data in telecommunication network management. Background technique [0002] In telecommunication network management, the alarm management function is one of the most basic management functions. To implement fault alarm management, it is necessary to consider issues such as real-time performance, accuracy, and prevention of alarm storms. With the increasing scale of the current telecommunication network, the richness of network applications, and the increasing number of network activities, the structure of the telecommunication network is becoming more and more complex, and the subsequent security problems are becoming more and more severe. With the evolution and development of the telecom operation and maintenance management system towards the goal of centralization, the telecom network ma...

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Problems solved by technology

[0003] However, the alarm management of the telecom network in the industry is still in the stage of collecting alarm data, comparing them through lists or graphs, and presenting them in a single way. There is no global management and presentation interface yet.

Moreover, the existing telecommunication network management system has complex statistical algorithms for alarm data, is not easy to implement, and is not flexible enough. It does not effectively separate some functional maintenance operations and query operations of the network management system, but separates query, display and function maintenance operations put together

In this way, not only is it not conducive to the expansion and upgrading of the system itself, but it also cannot improve the operation and maintenance capabilities of the telecom network management system.

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