Video networking service front-end computer

Abstract

The invention discloses a video networking service front-end computer with an interconnected and intercommunicated video management platform. The video networking service front-end computer comprises a video front-end processor (FEP), a configuration client and a video management platform, wherein the video FEP consists of an analog video capture/conversion module, a universal message module, a digital video reception/conversion module, a video diagnosis module, a control protocol gateway, a coding module H.263 and a communication control protocol interface module; and the configuration client can be in information interaction with the video FEP through the video management platform so as to complete the configuration, operation and maintenance of the FEP. According to the video networking service front-end computer, the output supports ONVIF (Open Network Video Interface Forum) and GB/T28181 standard protocols, and the input supports various heterogeneous system private protocols, so that an extensive media resource support for the interconnection and intercommunication of heterogeneous video systems is provided; and meanwhile, the configuration is flexible and convenient, the network adaptability is strong, and the video data is secure and reliable.

Description

technical field [0001] The invention relates to a video network service front-end processor, specifically, a special device for realizing heterogeneous video interconnection and providing multiple optional video processing technologies, and belongs to the technical field of video monitoring. Background technique [0002] The early security industry was mainly based on independent small-scale applications. There were many manufacturers providing equipment and platform management software, and there was no unified standard in this field at that time. The platform management software on the market was dedicated to a specific scenario. , or bound with hardware products, the control signaling and communication protocol compatibility between these platform management software cannot be realized, and the interconnection and video sharing between platforms are very difficult. With the continuous expansion of video surveillance system construction and application scale, the original ...

AI Technical Summary

Problems solved by technology

[0004] Take the construction of "Safe City" as an example: with thousands of monitoring points, limited manpower alone cannot meet the application requirements. It is difficult for people to find out which camera in the system has a problem. If it cannot be solved in time, it will be missing. The data loses the meaning of monitoring; in addition, the network environment of each monitoring point is also very different. Some monitoring points have poor network environment, variable channel bandwidth, and are susceptible to interference. The usual video transmission management software is weak in adapting to the network. To ensure the smoothness, clarity and reliability of video images, video transmission is facing great challenges; there are also such applications where video content needs to be kept secret, so it is necessary to ensure the security of video transmission and storage to prevent unauthorized authorized access

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