Route attenuation-based inter-communication station optical cable route optimal route selection system

Abstract

The invention discloses a route attenuation-based inter-communication station optical cable route optimal route selection system. The system includes a database management module, a whole network topological graph drawing module, a route analysis module and an optimal route selection module. With the route attenuation-based inter-communication station optical cable routing optimal route selection system of the invention adopted, the problems of time-consuming and labor-consuming properties and easiness in making mistakes in selection of a large number of manually-maintained optical cable routes under a traditional condition can be solved, and the complexity and error rate of manual operation can be greatly decreased, and work efficiency can be effectively improved, and time cost can be reduced; and optical cable attenuation factors are introduced, and therefore, the communication quality and speed of an electric power communication network can be greatly improved, and load in the network can be balanced. The system is of great significance in promoting the research and development of the management of the electric power communication network.

Description

technical field [0001] The invention relates to the technical field of power communication networks, in particular to an optimal path selection system for optical cable routing between communication plants and stations based on path attenuation. Background technique [0002] With the rapid development of my country's electric power industry, the scale, business and scope of the communication network are constantly expanding. There are more and more power-related equipment based on the power communication network, which covers a wide range and is difficult to maintain in time. The business data carried The bigger and bigger, the more complex the routing of power fiber optic communications. However, the current management methods of power optical fiber communication routing resources generally rely on non-automated, paper-based systems to record, track and manage, which is inefficient. In addition, there are few research results on the routing model for power communication net...

AI Technical Summary

Problems solved by technology

However, the current management methods of power optical fiber communication routing resources generally rely on non-automated, paper-based systems to record, track and manage, which is inefficient

In addition, there are few research results on the routing model for power communication network data. When choosing the routing direction of the optical cable, most of them are artificially selected based on the years of work experience and infrastructure planning of the front-line operation and maintenance personnel. This subjective decision is not only low in work efficiency. and there is a high probability of human error

[0003] In the power optical fiber communication network, the communication network path is complex, and the selection of the optimal path of the optical cable routing between two communication plants is a problem that needs to be considered, but this is not a simple shortest path calculation problem that minimizes the length of the optical cable link , but to comprehensively consider factors such as cable length and path attenuation, but often there will be paths with relatively small attenuation, but the cable length is not the shortest. On the contrary, the path with the shortest cable length has not the smallest attenuation. A balance point is removed from it, so the present invention proposes an optimal path selection system for optical cable routing between communication plants and stations based on path attenuation, which can balance the relationship between attenuation and distance in optimal path selection, and achieve full use of network resources. , the purpose of cost reduction

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