Automatic discovery method and system for optical cable routers

Abstract

The invention relates to an automatic discovery method and system for optical cable routers. The automatic discovery method for the optical cable router comprises the steps that a light source light power meter conducts automatic monitoring on attenuation values of optical cable fiber cores, wherein the optical cable fiber cores are arranged in the optical cable routers; when the situation that the power meter gives an alarm happens, the light power alarm grade is determined, and the alarm states of the optical cable routers are fed back in real time; a driver automatically searches for the available optical cable routers, and available optical cable router choices are provided for real-time deployment of services. According to the automatic discovery method and system for the optical cable routers, all the services and information of the optical cable routers used by the services in the system are managed, and the optical cable fiber cores in the system are monitored in real time; compared with an ordinary optical cable monitoring system, the automatic discovery system has the advantages that the functions that data monitored in real time are analyzed, and the optical cable routers are automatically searched are added, the intelligent deployment function based on the optical cable real-time monitoring data is fulfilled, the availability of the system is greatly improved, the deployment time of the system is shortened, and the powerful guarantee is provided for the recovery capacity of the system.

Description

technical field [0001] The invention relates to a method and system for automatic discovery of optical cable routes, and the invention belongs to the field of communication. Background technique [0002] With the development of optical fiber communication technology and the continuous expansion of optical fiber communication network, the structure of optical network is becoming more and more complex. How to manage these resources more effectively and how to schedule the optical path more quickly to restore the interrupted business when the optical cable routing fails, become become increasingly important. Since the comprehensive monitoring of optical cable resources is very complicated and difficult, manual operation alone is not enough for daily maintenance and resource allocation, and an intelligent system must be supported. Especially for the scheduling of optical cable resources, the existing technology mainly relies on a large number of manual queries and graphic searc...

AI Technical Summary

Problems solved by technology

Since the comprehensive monitoring of optical cable resources is very complicated and difficult, manual operation alone is not enough for daily maintenance and resource allocation, and an intelligent system must be supported

Especially for the scheduling of optical cable resources, the existing technology mainly relies on a large number of manual queries and graphic searches. Resource verification and optimal path search require a lot of time and manpower, and the efficiency is low.

It is difficult to realize the judgment and routing selection of optical cable resource information through real-time data, lacking global objectivity

Especially for the scheduling of optical cable resources with many nodes and complex connections, more man-hours are required for data query and routing search, resulting in low efficiency and low reliability of optical cable resource scheduling

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