IoT-based remote monitoring technology is being adopted
Remote monitoring can be literally divided into two parts: “monitoring” and “control”, in which “monitoring” refers to remote monitoring, which can be divided into two parts: one is the monitoring of the environment, and the other is the monitoring of computer systems and network equipment. In any case, remote monitoring refers to obtaining information mainly through the network;
and “control” refers to remote control, which refers to the method of operating remote computers through the network, It includes not only the restart and shutdown of remote computers, but also the daily setting of remote computers. The function of remote boot can also be realized through the cooperation of hardware. To sum up, if you want to completely control the remote computer, you should first be able to monitor it, that is, you can see the screen display of the computer, and then you can talk about “control”. Remote control must be combined with “monitoring” and “control”.
Therefore, we usually say that remote monitoring generally refers to this kind of remote control. In addition, for network administrators, remote control also includes the control of network devices. Today, most network devices support Telnet or even Web to remotely manage them, which is also a method of remote control.
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- The remote video monitoring system is composed of the system subsystem and the main station of the dispatching center.
- The main station of the monitoring and dispatching center is mainly composed of video management server, browser, computer network connection equipment, remote monitoring and video server software.
- Through the network, it can not only browse the live video of each monitoring point in real time, but also remotely access the video file of the acquisition station, download the video file, and record the video in the monitoring center.
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- Image acquisition, recording and remote transmission
- Collect various alarm signals, realize alarm linkage and send them to the monitoring center of the central control station
- Control the action of PTZ and lens
- Control matrix switch to switch video image
- Receive remote control commands, control PTZ rotation, lens movement and alarm equipment output monitoring center
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- Receive video digital data from the acquisition station for real-time playback and forwarding
- Can realize remote control
- Receive the alarm signal from each acquisition station and send it to the management server
- Configure and store the configuration information of each acquisition workstation, and manage system users and user permissions
The system is generally composed of front-end equipment, image processing and transmission equipment, and network client
The front-end equipment is composed of camera, PTZ, decoder, protective cover, bracket, alarm detector, pickup, etc., and is responsible for the collection of video signal, audio signal and alarm signal;
The image processing and transmission equipment in the system is a network video server, which is responsible for transmitting audio, video signals and alarm signals to remote clients through LAN or WAN, and can receive the PTZ control signals and audio intercom signals sent by clients;
Network client refers to the user terminal that needs remote network monitoring. It consists of a computer (ordinary office computer or notebook computer) and client software. The client is mainly responsible for image display, video recording, playback and PTZ control. When the client performs remote monitoring, it needs to enter the user name and password for authentication. After authentication, remote monitoring can be realized.
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