Multimedia remote interlocking intelligent monitoring system control method

Abstract

The invention discloses a multimedia remote interlocking intelligent monitoring system, which comprises a plurality of intelligent monitoring terminals, a multimedia service background, a mobile phone and a public safety platform; the intelligent monitoring terminals, the multimedia service background, and / or the mobile phone can be connected through point-to-point audio / video communication; the mobile phone and / or the multimedia service background and the public safety platform are connected through communication; and the invention also discloses a control method based on the monitoring system. The multimedia remote interlocking intelligent monitoring system control method has the beneficial technical effects of being capable of informing the field situations to users or watchmen in real time instead of simply recording in a driven way for transferring monitoring when an emergent situation happens, and being capable of remotely interlocking and monitoring and realizing the multimedia communication between the watchmen and the users.

Description

technical field [0001] The invention relates to a safety monitoring technology, in particular to a control method for a multimedia remote linkage intelligent monitoring system. Background technique [0002] There are various means of monitoring technology, most of which focus on analog methods, such as infrared, smoke, and temperature sensing monitoring. These means can only generate simple sound and light alarms on site. There are also analog audio and video monitoring devices. This monitoring method requires complex wiring, and there are many types of equipment and high overall cost. It cannot realize arbitrary point-to-point audio and video communication, and lacks an intelligent monitoring mechanism. [0003] Recently, IP Camera (IP network camera) has appeared in the field of digital monitoring, which realizes video monitoring at any point through the IP network, but due to the limitation of the computing power of the decoding end, the number of real-time monitoring cha...

AI Technical Summary

Problems solved by technology

[0002] There are various means of monitoring technology, most of which focus on analog methods, such as infrared, smoke, temperature sensing monitoring, these means can only generate simple sound and light alarms on site

There are also analog audio and video monitoring devices. This monitoring method requires complex wiring, and there are many types of equipment and high overall cost. It cannot realize arbitrary point-to-point audio and video communication, and lacks an intelligent monitoring mechanism.

[0003] Recently, IP Camera (IP network camera) has appeared in the field of digital monitoring, which realizes video monitoring at any point through the IP network, but due to the limitation of the computing power of the decoding end, the number of real-time monitoring channels is limited, and for automatic alarm triggering events Motion detection is usually used, but due to the influence of environmental illumination, size and speed of moving objects, the detection effect is not ideal, and false alarms and missed alarms often occur

[0004] To sum up, the current analog or digital monitoring systems have single functions, high discreteness, and difficulty in information exchange. Most of them are limited to on-site alarms and lack remote linkage.

With the progress of society and the improvement of people's demand for monitoring and communication, the current various monitoring methods cannot meet people's new needs for multi-mode, intelligent, remote linkage monitoring and integrated multimedia communication.

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