Method for controlling cascade network management monitoring system flow

Abstract

The disclosed flux control method for serial network management monitor system comprises: building information custom set and information filter transmission set on every monitor center to generate elements for information custom set and elements for local information filter transmission set; filtering and reporting the monitor data to superior by every monitor center. This invention changes the filter condition sequence into top-down, improves stability and capacity of whole monitor network, and reduces investment and cost.

Description

technical field [0001] The invention relates to a message flow control method, in particular to a message flow control method applied in a cascaded network management system. Background technique [0002] In the field of telecommunications and mobile communications, in the initial stage of network construction, operators often focus on how to rapidly expand the network scale and expand the user base, while paying less attention to network management and maintenance. However, with the rapid growth of the operation business and the gradual expansion of the network scale, accompanied by the characteristics of many points, wide area, large volume and dispersal, this puts forward high requirements for the management and maintenance of the network. In particular, the requirements for human resources have increased significantly. [0003] In order to reduce maintenance costs, resolve human resource demand conflicts, and improve maintenance efficiency, the current solution is gener...

AI Technical Summary

Problems solved by technology

However, a large amount of real-time operating status data has high requirements on the transmission and processing capabilities of the cascaded network management and monitoring network, which is an important bottleneck of the network capacity of the cascade network management and monitoring system.

[0005] In the existing hierarchical network management monitoring system, the flow control is usually completed in the lower-level monitoring center. Each monitoring center sets message filtering conditions to limit the message flow forwarded to the upper-level monitoring center. However, the problem with this method is that the upper-level The monitoring center is in a passive position and cannot choose the monitoring content by itself. When the key data types monitored by the superior monitoring users change, the entire network cannot make rapid adjustments, resulting in a large amount of redundant running message data in the system.

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