A task-driven data acquisition method for power communication network

Abstract

The invention relates to a task-driven based power telecommunication network data acquisition method, which comprises the following steps that: (1) a system manager issues a task-driven message to an proxy server (communicated with the system manager) in a broadcasting mode as required; (2) the proxy server receives the task-driven message, and issues the message to a node terminal (communicated with the proxy server) in a broadcasting mode; (3) the node terminal responds to an instruction of the proxy server, carries out data acquisition, after carrying out preprocessing and encapsulation on acquired information, reports the information to related background services of a centralized monitoring platform of a power telecommunication network, and feeds back the related operating state and heartbeat information of the node terminal; (4) the proxy server receives the feedback information and heartbeat information of the node terminal, and sends the information to the system manager; and (5) the system manager receives the information fed back by the proxy server so as to realize the centralized monitoring on the node terminals, thereby completing a data acquisition. By using the task-driven based power telecommunication network data acquisition method disclosed by the invention, the communication quality is guaranteed, and the service management level and the operation and maintenance efficiency are improved.

Description

technical field [0001] The invention relates to a method for collecting data of an electric power communication network, and more specifically relates to a method for collecting data of an electric power communication network based on task driving. Background technique [0002] Power communication network With the rapid development of communication technology in recent years, optical fiber communication has occupied a dominant position in the entire power communication network, and various communication systems including switching network, access network, synchronization network and business network are developing rapidly. , so that the types and quantities of devices in the entire network continue to increase, the structure of a single system becomes more and more complex, and the interconnection between systems becomes closer and closer, so an update is proposed for the unified monitoring and system management of the entire communication network higher requirement. As a d...

AI Technical Summary

Problems solved by technology

At present, due to the diversity of network equipment in the power communication network, interfaces, protocols, and data formats are not the same, and new network equipment and protocols continue to emerge, the workload of engineering operation and maintenance personnel is heavy, and manual operations are prone to errors. The operating status, logs and other operating data cannot be monitored centrally, and there are often problems where the acquisition program is abnormally terminated but the management personnel cannot find out in time

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