Omnidirection monitoring system and monitoring method without blind spot

Abstract

The present invention discloses a monitoring system and a method for realizing omnibearing blindspotless monitoring. The system comprises a video monitoring center and a plurality of cameras connected thereto. A custom monitoring level configuration module and a custom monitoring level response module are arranged on the video monitoring center. The custom monitoring level configuration module sets the monitoring level for different angles or positions. The number of the cameras for monitoring different angles or positions is configured according to the monitoring level. The custom monitoring level responses to the working state of the real-time monitoring camera and carries out a real-time response according to the real-time monitoring result. The method adopts the redundancy mechanism and adopts a plurality of cameras to monitor one angle of a monitored area. When some cameras do not work normally, the monitoring center can monitor the result in real time and carry out response, and enables a backup camera, automatically or through the intervention of a user, and thus the realization of the omnibearing blindspotless monitoring can be ensured and the integrity and the reliability of the monitoring information can be ensured.

Description

【Technical field】 [0001] The invention relates to a monitoring system. 【Background technique】 [0002] With the development of computer and network technology, digital video surveillance system has gradually become an important application in the fields of finance, transportation, commerce, electric power, public security, customs, national defense and even residential areas. This kind of application is generally carried out by installing cameras in some important places. The user controls the pan / tilt according to the needs, and adjusts the camera lens to a suitable angle to monitor the target in real time. Most of the current monitoring systems are in this mode. [0003] However, there are some problems in the current model: 1. There is no differentiated treatment according to the different monitoring places; for places that are not very important, it may be possible to use a camera for monitoring, such as schools or general companies, but for important places such as bank...

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Problems solved by technology

[0003] However, there are some problems in the current model: 1. There is no differential treatment according to the different monitoring places; for places that are not very important, it may be possible to use a camera for monitoring, such as schools or general companies, but for important places such as banks, it must be It is necessary to ensure all-round non-blind-spot monitoring, and to have a certain degree of robustness. When some monitoring equipment is not working properly, it can still maintain all-round non-blind-spot monitoring; obviously for different places, it should be treated differently.

2. The environment where the camera is installed is diverse. In some environments, the camera is easily damaged by nature or man-made. Obviously, for such an environment, if the camera does not work normally, it will cause monitoring blind spots and monitor information. Incomplete, it is possible to miss important monitoring information

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