odn wiring management method and system based on gis platform

Abstract

The invention discloses an ODN line distribution management method and system based on a GIS platform. The method includes the steps that through the GIS platform, resource information of an ODN deployment region is collected, and ODN equipment model information and existing station and machine room information are input; according to the resource information, the future population distribution trend and service growth condition of the ODN deployment region and the existing station and machine room information, ODN structure planning is automatically performed, and corresponding ODN equipment is automatically selected to generate the optimal ODN layout distribution. Based on the GIS platform, through inputting a GIS map and existing network stock resources, region division, station selection, equipment model selection, optical cable routing designing, civil designing, optical cable layout and other designing operation are completed on the GIS map, an optical cable routing map, an equipment terminal and fiber core distribution diagram and other series design files and a material and service fee list can be output, in this way, the efficiency of planning designing is greatly improved, and the probability of manual errors is lowered.

Description

technical field [0001] The invention relates to an optical distribution network (ODN), in particular to an ODN distribution management method based on a GIS platform. Background technique [0002] With the rapid development of communication services, the scale of communication network resources continues to expand, and the maintenance and management requirements of network resources are becoming higher and higher and more complex. As we all know, more than 80% of the data has geographic attributes, and the data involved in the line resources, equipment resources, and information resources that constitute communication network resources are closely related to geographical location and graphic information. [0003] Specific to optical distribution network (ODN), FTTH planning includes active equipment (OLT and ONT) planning and passive optical distribution network (ODN) planning two parts. Among them, the topology of active equipment is relatively simple, while the complexity...

AI Technical Summary

Problems solved by technology

[0006] The technical problem to be solved by the present invention is: the wiring management efficiency of the existing optical distribution network (ODN) is low, and human errors are prone to occur

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