Communication optical cable routing resource management method and system

Abstract

The invention relates to a communication optical cable routing resource management method and system, belonging to the technical field of communication. The method comprises the following steps: S1: using the positioning function of the Internet map software, arrange personnel to collect the marking points of each optical cable within the jurisdiction of the electric power company on the spot, and shorten the marking distance to ensure the optical cable path Accuracy of information; S2: On-site personnel send the collected marking points back to the main station, and the main station personnel connect the marking points into a line according to the order, which is the actual path of the optical cable; S3: Manage optical cables in a hierarchical and layered manner , according to the type of optical cable, it is divided into distribution network optical cable and backbone optical cable, which is convenient for searching; S4: Develop a wiring data management module, click on a cable to query and modify the wiring information of this optical cable, so that operation and maintenance personnel can query the services carried by the optical cable. The invention realizes unified management, layered and hierarchical display, and is convenient for operating personnel to inquire about optical cable paths and plan optical cable construction.

Description

technical field [0001] The invention belongs to the technical field of communication, and relates to a communication optical cable routing resource management method and system. Background technique [0002] Traditional optical cable routing data is mostly drawn by CAD software or manually. As the use of optical cables becomes wider and wider, and the distance of optical cables becomes longer and longer, the traditional optical cable routing management methods expose the following problems: [0003] 1. The workload of traditional manual drawing or AutoCAD drawing is increasing, especially for long-distance and cross-regional optical cables, a large amount of background geographic information needs to be drawn, resulting in a longer drawing period (usually two to three months) ), greatly lagging behind the on-site safety management; [0004] 2. The sites marked on traditional drawings can only reflect the general orientation, but cannot reflect the actual geographical locati...

AI Technical Summary

Problems solved by technology

[0003] 1. The workload of traditional manual drawing or AutoCAD drawing is increasing, especially for long-distance and cross-regional optical cables, a large amount of background geographic information needs to be drawn, resulting in a longer drawing period (usually two to three months) ), greatly lagging behind the on-site safety management;

[0004] 2. The sites marked on traditional drawings can only reflect the general orientation, but cannot reflect the actual geographical location of the communication site, and cannot provide a design basis for the economical and effective connection between the new line and the original line;

[0005] 3. The sharing performance of traditional drawings is poor

Drawings are generally stored in the team. Since the drawings need to be updated continuously according to the changing site, even if the management personnel manually copy them to their own machines, they cannot be updated synchronously with the team;

[0006] 4. Traditional drawings cannot reflect more information about optical cables, and do not have intelligent search functions. When you want to query information about a certain optical cable, you need to consult a lot of relevant information, which is not only cumbersome but also a lot of work.

[0008] 1. ArcGIS geographic software is a professional geographic information drawing software. To realize optical cable routing management on ArcGIS software, you need to purchase map background software, which cannot meet the real-time update of geographic background, and the ArcGIS software has an unfriendly interface and is inconvenient to operate

[0009] 2. The Google Earth software stitches together the photos taken by satellites into a geographical background. The resolution is not high. The optical cable path drawn on Google Earth is not easy to identify, and there is also the problem that the background photos are not updated in time.

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