Fiber message routing method and device

Abstract

The invention relates to a fiber message routing method and device. The method comprises the following steps: the position information of at least one fiber node and the number of fiber node are obtained; a topology construction drawing corresponding to at least one fiber node is constructed according to the position information and the number; and when the optical information of a source fiber node is received, the optical information of the source fiber node is routed to a target fiber node corresponding to the source fiber node according to the constructed topology construction drawing. The fiber message routing method and device provided by the invention can intelligently route the information of the fiber node without human intervention by constructing the topology construction drawing of the fiber node and routing the optical information of the source fiber node to the target fiber node according to the topology construction drawing.

Description

technical field [0001] Embodiments of the present invention relate to the technical field of optical fiber communication, and in particular, to an optical fiber information routing method and equipment. Background technique [0002] Although the optical fiber network has begun to take shape after more than 20 years of development, the demand for optical fiber networks is still growing. It is expected that in the next few years, the optical cable market that forms optical fiber networks at home and abroad still has a large room for development. In the initial stage of optical cable laying, since optical cable transmission is only used for main trunk roads, the planning of optical fiber network is relatively simple, and the difficulty of optical cable engineering construction is not very great. [0003] Up to now, the scale of the optical fiber network has been very large, and the structure of the optical fiber network has become more complex. Correspondingly, it has become ve...

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Problems solved by technology

[0003] Up to now, the scale of optical fiber network has been very large, and the structure of optical fiber network has become more complex. Correspondingly, it has become very difficult to maintain the optical fiber network

Specifically, the current management of optical fiber resources has the following problems: First, with the rapid increase in the number of optical fiber cores, more and more vacant optical fibers, coupled with the confusion of manual management of batches of optical cable network planning and construction materials, and paper data It is difficult to retrieve documents, and the origin and whereabouts of a large number of vacant optical fibers are doubtful, causing a lot of waste; second, the management of optical fibers is relatively chaotic. ODF) connection, due to the transfer of management personnel and the confusion and loss of management data, the whereabouts of the optical fiber after passing through the ODF is unknown, and it is not clear which optical fiber has business; based on the above reasons, the management and use of optical fiber resources by the management personnel becomes difficult. more difficult

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