Intelligent Resource Matching System for P2P Video Live Streaming

Abstract

The present invention relates to a resource intelligent matching system for P2P video live broadcast, which includes a video server, a tracking server, a web server and a client; The basic information and the information of the tracking server are released to the web server; the tracking server generates a list of video information records for the basic information of the video registered by the video server, and can manage the client’s video registration request; the web server receives the video provided by the video server Basic information and tracking server information, so that the client can find the required video basic information and be able to connect to the tracking server corresponding to the video basic information. The invention can reduce the deployment pressure of the video server, improve user experience, increase user viscosity, wide adaptability, safety and reliability.

Description

technical field [0001] The invention relates to a resource matching system, in particular to a resource intelligent matching system for P2P video live broadcast, belonging to the technical field of Internet video live broadcast. Background technique [0002] At present, there are many P2P video live broadcast systems, which are a network video broadcasting method, which use the principle of P2P to establish a playback network, so as to achieve the purpose of saving server bandwidth consumption and reducing server processing pressure. The so-called P2P principle means that the client can not only connect to the server to request video streams, but also directly connect to other clients to request video streams, instead of only connecting to the server to browse or download as in the past. [0003] The existing P2P video live broadcast system divides users with common hobbies into a group according to user preferences, and shares content with other nodes in the same group; how...

AI Technical Summary

Problems solved by technology

[0003] The existing P2P video live broadcast system divides users with common hobbies into a group according to user preferences, and shares content with other nodes in the same group; however, the existing systems often only have the ability to distribute and assemble video content. When the network condition is poor or the configuration of the terminal equipment is relatively low, the customer may not be able to enjoy good video services, which will directly affect the viewing effect; in addition, for different types of client equipment, for example, due to the limited Due to the limited problem, the same video stream is played on a personal computer and played on a mobile phone or a tablet, resulting in a different customer experience.

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