Communication optical cable patrolling method based on radio frequency identification and GPS positioning

Abstract

The invention relates to a communication optical cable patrolling technique and particularly relates to a communication optical cable patrolling method based on radio frequency identification and GPS positioning. According to the communication optical cable patrolling method, a distribution map of an electric optical cable and a spatial distribution map of patrolling points are overlapped to establish an integrated patrolling GIS application map according to a GIS geographic information map of an electric power system, so that the operation is visualized, the information of the electric optical cable is complete and accurate, and the patrolling efficiency and the patrolling effect of the electric optical cable are greatly improved; by associating the electric optical cable with the corresponding patrolling points, the data settings for associating the patrolling points with the electric optical cable and filling addresses are omitted, and the patrolling efficiency is improved; an automatic selection technique on the patrolling points of the electric optical cable based on the combination of patrolling point identification and GIS spatial trend analysis is realized, and after a patroller patrols one point, the patrolling point closest to the current position is marked on the map by the system, so that the patrolling effect is improved, and a patrolling task can be efficiently and completely finished; meanwhile, by virtue of the combination of GPS and radio frequency identification information, the patrolling dead point is avoided, and the comprehensive patrolling effect is achieved.

Description

technical field [0001] The invention relates to a communication optical cable inspection technology, in particular to a communication optical cable inspection method based on radio frequency identification and GPS positioning. Background technique [0002] With the development of the power grid, the power communication network also has a considerable scale, which provides the necessary channels for the development of various power services, and at the same time provides a guarantee for the safe and reliable operation of the power grid. In the power communication network, the power communication optical cable is the bottom part of the communication system. Its operation directly affects the safe and stable operation of the communication system, and credible and effective daily optical cable inspection is a prerequisite to ensure the reliability and smoothness of the power communication optical cable. condition. [0003] The existing daily inspection of optical cables is manu...

AI Technical Summary

Problems solved by technology

However, due to the continuous expansion of the power grid, the number of optical cables and the topological structure are often adjusted, and the inspectors only receive manual paper task lists, which cannot be clear about the locations to be inspected, or even cannot be found; resulting in inspections The task of inspection is heavy, and errors and omissions occur from time to time in actual operations; in addition, the content of inspections is also prone to errors and omissions, and the integrity of inspections cannot be guaranteed, making it difficult to ensure the integrity and accuracy of optical cable information. Affect the quality of inspection

Finally, the management of inspections cannot be effectively guaranteed