Video on-wall configuration method and system for analog TV wall

Abstract

The invention provides a video on-wall configuration method for an analog TV wall. The method comprises the following steps that a client sends a video on-wall command to a command processing server, and the command processing server forwards the video on-wall command to a video and audio controller; the video and audio controller receives the video on-wall command, forwards a video and audio on-wall command to an Rtsp (real time streaming protocol) server, and also requests a streaming media server to provide a video and audio on demand service; the streaming media server receives the request and then sends a high-bit-rate video and audio stream to the Rtsp server, and then the Rtsp server sends the high-bit-rate video and audio stream with an Rtsp protocol and a control stream to a data matrix or decoder, and the high-bit-rate video and audio stream and the control stream are displayed on a TV wall screen after being processed by the data matrix or decoder; meanwhile, the streaming media server converts the high-bit-rate video and audio stream into a low-bit-rate video and audio stream and sends to the client, and the client displays an image. The invention also provides a video on-wall configuration system for the analog TV wall. The client operation is facilitated and the working efficiency of the client is improved.

Description

technical field [0001] The invention relates to a video wall configuration method and system for simulating a video wall. Background technique [0002] There are shortcomings in the existing technology: the client cannot correspond one-to-one with the actual display of the TV wall screen when performing video wall and pre-plan configuration, the configuration is not intuitive enough, the operation is inconvenient, it is easy to match the wrong screen, and the usability is poor; When controlling the TV wall screen, the user needs to remember the number corresponding to each screen, and cannot quickly and accurately select the screen, and after the client configuration is completed, it is necessary to find the corresponding screen on the TV wall for confirmation, and the operation is cumbersome. [0003] Among them, the invention with the application number 201110450858.4 was searched. The invention simulates the video wall to realize the system of monitoring the availability ...

AI Technical Summary

Problems solved by technology

[0002] There are shortcomings in the existing technology: the client cannot correspond one-to-one with the actual display of the TV wall screen when performing video wall and pre-plan configuration, the configuration is not intuitive enough, the operation is inconvenient, it is easy to match the wrong screen, and the usability is poor; When controlling the TV wall screen, the user needs to remember the number corresponding to each screen, and cannot quickly and accurately select the screen, and after the client configuration is completed, it is necessary to find the corresponding screen on the TV wall for confirmation, and the operation is cumbersome

[0003] Among them, the invention with the application number 201110450858.4 was searched. The invention simulates the video wall to realize the system of monitoring the availability of non-video channels, including the monitoring point end and the monitoring center end. The monitoring point end includes a system configuration module, a program loading module, and background monitoring modules, message processing modules, and network communication modules; the monitoring center end includes a system configuration module, a program loading module, a message processing module, and a network communication module; the monitoring point end communicates with the monitoring center end through a network communication module; but it does not solve the above problems question

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