Network video fault positioning system and method based on video detection and comprehensive network management

Abstract

The invention relates to network video monitored fault positioning system and method based on video detection and comprehensive network management. In the invention, a fault positioning and analyzing center server generates quality detecting task information according to the set of users and equipment information obtained from a network video monitoring platform, and distributes the quality detecting task information to a video quality detecting server, and the video quality detecting server carries out detection according to video images obtained from the network video monitoring platform, realizes fault positioning by being combined with network information in the fault video flowing transmitting process in detection results, and displays corresponding fault positioning and warning information to the users. Therefore, when the network video quality has problems, by using the device and the method provided by the invention, the automatic fault poisoning can be realized, the fault warning can be prompted to the users, the maintenance reference suggestion can be provided, and further the stability of network video monitoring service can be ensured. The system provided by the invention is clear in framework, realizes reasonable cost, is easy and convenient for using the method and is wide in application range.

Description

technical field [0001] The invention relates to the field of computer network technology, in particular to the field of security video monitoring technology and integrated network management system, and specifically refers to a network video monitoring fault location system and method based on video quality detection and integrated network management. Background technique [0002] At present, video monitoring based on IP network is gradually becoming an important part of the security monitoring market. The analysis of relevant market research institutions shows that the market share of IP network video monitoring will exceed 50% by the end of 2011. It is estimated that by 2012, the number of network cameras Shipments will reach 2.3 million units. The network video surveillance platform built by telecom operators has been widely used in safe cities, transportation, banking and many other industries. The "Global Eye" network video monitoring service is a new value-added servi...

AI Technical Summary

Problems solved by technology

The operation guarantee of front-end camera equipment, bearer network, and monitoring platform is faced with many problems: 1) The operation status of the equipment is basically checked by human eyes, or after-the-fact equipment maintenance is carried out according to customer guarantees

Operation and maintenance personnel use monitors to check different screens for a long time, which is likely to cause visual fatigue, and the evaluation standards of different personnel cannot be unified, resulting in missed reports and false reports. The post-event fault reporting mechanism often reports after a few days after the equipment fails. Failure to troubleshoot effectively in a timely manner will have a negative impact on the economic and social benefits of operators

2) The transmission network nodes are complex and widely distributed. The existing network monitoring platform cannot effectively correlate and analyze the IP bearer network, and cannot accurately locate faults

Therefore, the current methods for network video surveillance quality detection and fault location cannot enable network video surveillance services to provide customers with good services, and may even cause adverse social impacts due to poor video quality during the application process. These shortcomings restrict Further Promotion and Development of Network Video Services

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