A video resource integration and protocol conversion system based on emergency scenarios

Abstract

The invention discloses a video resource integration and protocol conversion system based on an emergency scene, which includes a video acquisition module, a resource integration buffer module and a protocol conversion system. The output end of the video acquisition module and the input end of the resource integration buffer module pass through the internal The power line is electrically connected, the video acquisition module is electrically connected to the electronic equipment on the emergency site in two directions through electrical signals, the output end of the resource integration buffer module is electrically connected to the input end of the protocol conversion system, and multiple video acquisition and aggregation are adopted At the scene of an emergency, the video recording time can be shortened in a timely and effective manner, and all the evidence on the scene can be collected and processed in a timely and effective manner to avoid changes due to time factors. At the same time, the video can be optimized simultaneously while collecting and sorting , filtering of interference factors and reintegration of video, multiple lines are performed synchronously, which can greatly shorten and reduce the memory resources occupied by video.

Description

technical field [0001] The invention relates to the technical field of video conversion protocols, in particular to a video resource integration and protocol conversion system based on emergency scenarios. Background technique [0002] The wireless video monitoring system will be one of the most applications of wireless network technology. The product can easily realize the remote collection of sound, image, video and various alarm signals, video and audio coding and packaging, and transmit them to the business monitoring platform through the wireless network. People can see the information monitored by the cameras they care about in time through computers or mobile phones. The current status of wireless video surveillance systems is that each telecom operator has its own video surveillance service platform specifications, and the same video router terminal cannot communicate with multiple The protocol docking of the video surveillance service platform of the telecom operato...

AI Technical Summary

Problems solved by technology

People can see the information monitored by the cameras they care about in time through computers or mobile phones. The current status of wireless video surveillance systems is that each telecom operator has its own video surveillance service platform specifications, and the same video router terminal cannot communicate with multiple The protocol docking of the video surveillance service platform of the telecom operator has caused the video router terminal manufacturers to develop different products for each telecom operator and surveillance service platform manufacturer to support different platform protocols, resulting in a great waste of manpower and material resources. And it brings great inconvenience to production, deployment and maintenance

[0003] At present, with the continuous development and progress of electronic information technology, various video, audio and other equipment products are also dazzling, but the video protocol used is often only a few products, and its application fields are relatively wide at present. In public areas, private places, and some on-site accident resolution environments, among them, in emergency on-site accidents, on the one hand, there are many video samples to be collected, which need to be operated and processed synchronously; on the other hand, the video resources collected on-site often have some The interference of other factors affects the video quality, which requires further processing to be used better. However, some existing electronic devices are often unable to process multiple videos synchronously, or multiple videos will be lost during post-processing. Mutual interference, especially in the emergency scene, its video is still an important piece of evidence and cannot have any interference. Therefore, in order to be able to deal with emergency scene accidents well, some video protocol conversion systems in electronic equipment need Make improvements and upgrades

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