Collaborative monitoring system, device and method

Abstract

The invention discloses a cooperative monitoring system, device and method. According to the embodiment of the invention, one of at least two monitoring devices is configured as a host, and the communication connection between the host and rear-end equipment is built; other monitoring devices in the at least two monitoring devices are configured as slaves, and the slaves establish communication connection with the host to form topological connection cascaded to the back-end equipment through the host; under the topological network structure, a picture library is configured in the host, monitoring images in the monitoring data of the host and / or the slaves are intelligently analyzed based on the picture library, and the host transmits an intelligent analysis result to the back-end equipment; and the host also updates the picture library by utilizing the monitoring images in the monitoring data. Therefore, the embodiment of the invention realizes clustering of monitoring information of other monitoring devices by taking one monitoring device as a host.

Description

technical field [0001] The invention relates to monitoring technology, in particular to a cooperative monitoring system, device and method. Background technique [0002] In larger areas such as residential areas and cities, it is necessary to deploy a monitoring system to ensure the safety of the monitored area through monitoring. Usually, a monitoring system includes a front-end collection device and a back-end clustering device, and the front-end collection device communicates with the back-end clustering device. Among them, different types of front-end collection devices such as cameras, capture machines or comparison machines will obtain the monitored The information is provided to the back-end clustering device, and the back-end clustering device identifies or / and stores the received monitoring information to realize the monitoring of the monitoring area. [0003] However, the monitoring system using the above-mentioned architecture relies too much on the back-end clus...

AI Technical Summary

Problems solved by technology

[0003] However, the monitoring system using the above-mentioned architecture relies too much on the back-end clustering equipment to receive, identify, analyze and store the monitoring information of all front-end collection equipment, resulting in an excessive burden on the back-end clustering equipment as the central server and monitoring System bandwidth pressure is high

Furthermore, when the monitoring system needs to be expanded, the existing back-end clustering equipment needs to be modified and performance improved, and the front-end acquisition equipment needs to be re-deployed, which increases construction costs and maintenance costs

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