Terminal real-time position positioning method and system, and terminal full-life-cycle monitoring method and system

Abstract

The invention provides a terminal real-time position positioning method, a terminal real-time position positioning system, a terminal full-life-cycle monitoring method and a terminal full-life-cycle monitoring system. The terminal full-life-cycle monitoring method comprises the steps of: collecting initial position information of a terminal, and collecting current position information and signal intensity information of the terminal by adopting the terminal real-time position positioning method; training a classifier model according to the initial position information and the signal intensityinformation of the terminal to obtain a binary classifier model for judging whether the position of the terminal is abnormal or not; inputting the current position information and the signal intensityinformation of the to-be-tested terminal into the classifier model, and extracting a classification result by means of a softmax network; and sending an alarm prompt to related personnel when the position and the signal intensity of the terminal are abnormal. The terminal real-time position positioning method and the terminal full-life-cycle monitoring method can collect the real-time position information of the terminal timely and precisely, send out the alarm prompt when the position of the terminal is abnormal, and improve the daily maintenance working efficiency of the terminal.

Description

technical field [0001] The invention belongs to the technical field of metering automation terminals, and in particular relates to a terminal real-time location positioning method and system, and a terminal full life cycle monitoring method and system. Background technique [0002] As the State Grid and China Southern Power Grid vigorously build smart grids, the use of metering automation terminals is becoming more and more extensive. In terms of improving the automatic collection of power grid electricity, the metering automation terminal has played a huge role in promoting. At the same time, the huge number of metering automation terminals also puts forward higher requirements for management and maintenance. As the pace of urban construction gradually accelerates, the location of power supply equipment often migrates, and the traditional method of using manual or offline electronic marking can no longer meet the current rapid development needs. How to monitor terminal loca...

AI Technical Summary

Problems solved by technology

The existing measurement automation terminal position monitoring related methods mainly provide management according to the data source respectively. The methods mainly include: (1) equipment management, which provides a management process for measurement automation equipment and has a management process for equipment maintenance; however, it lacks real-time position monitoring and information fusion capabilities; (2), location monitoring, providing location monitoring services for metering automation equipment, and having the ability to collect equipment locations in real time

However, lack of location anomaly analysis capabilities

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