Automatic judgment and active inspection system for special network video monitoring faults

Abstract

The invention discloses an automatic judgment and active inspection system for special network video monitoring faults. The system comprises an obstacle positioning module (106), a map module (107), an inspection module (108) and an adapter module (109), wherein the adapter module is configured to provide an interface connected to a network management platform (105) and a customer center point video monitoring platform; and the obstacle positioning module (106) is configured to obtain the whole process status information of the access point access service through the network management platform (105).

Description

technical field [0001] The invention belongs to the field of network communication, and in particular relates to an automatic fault judgment and active patrol inspection system of a private network video surveillance. Background technique [0002] With the development of informatization, the demand for the construction of safe cities and smart communities has become more and more vigorous, and the video surveillance business has also developed rapidly. Large-scale video surveillance projects are being constructed all over the country. This type of video surveillance project has the following characteristics: 1. High requirements for network security, video data cannot be carried on public networks such as the Internet and MAN; 2. High requirements for video online rate. Based on the first feature above, most of the current network solutions are to build private networks for projects. The types of private networks mainly include EPON private networks, switch bare fiber privat...

AI Technical Summary

Problems solved by technology

[0003] 1. Unable to quickly and accurately locate faults: The maintenance process of such projects is usually as follows: first, the platform video monitoring party monitors that there is no picture at a certain point or the page quality is poor, and then reports to the network operator for network troubleshooting first, and the network operator sends The maintenance personnel arrive at the designated monitoring point to check the power connection and data signal reception of the network access terminal at the access point. If it is a non-network problem, it will be fed back to the camera integrator for camera fault handling. If it is a network problem but not the local Paragraph problems, and then dispatch other professionals to deal with obstacles

Although the above process is completed, the efficiency is extremely low and the labor cost is high

[0004] 2. Unable to proactively discover network faults: At present, faults are initiated mainly by reporting, lack of tools for actively patrolling network devices, and failure to proactively troubleshoot faults, resulting in passive fault handling, which can only be processed after users report faults, which is not conducive to the rapid improvement of online rate It is also not conducive to the improvement of customer satisfaction with network operators

[0005] 3. Insufficient information sharing mechanism of the obstacle declaration process: the video monitoring party understands the video images at the point, and the network operator understands the relevant information of the network. The language channels between the two parties are different, which affects the timeliness of obstacle handling

[0006] 4. The monitoring points of such projects are mainly in outdoor scenes such as roads and residential areas. At present, there are a lot of monitoring installed outdoors. It is also one of the difficulties in maintenance to accurately find specific monitoring points when troubleshooting

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