Personal live video stream routing system and method

Abstract

The invention discloses a personal live video stream routing system. The personal live video stream routing system is provided with a multi-level tree-shaped network server topological structure, each level of the tree network server topological structure is provided with a plurality of parallel node servers, and node servers in the same level are respectively provided with a plurality of subordinate sub-level node servers, wherein the subordinate sub-level node servers of each level of node servers are in network connection with the upper level of node servers and are also in network connection with the upper level of node servers of other node servers in the same level with the subordinate sub-level node servers in an interaction mode so as to form the tree-shaped cross-linked node sever network structure. Video resources can be transmitted from one node to another node in a multi-path mode through the network structure, then large live video streams can be decomposed and packaged into small files to be transmitted, and the small files are integrated into the video streams again after arriving at a target address; meanwhile, both uploading and downloading are carried out through the closest edge node servers by users of the live video streams. In this way, network resources are saved, the transmission speed is improved, and the smoothness of videos can be guaranteed.

Description

technical field [0001] The invention relates to the field of computer network communication, in particular to a routing system and a routing method for providing users with a live video streaming transmission system according to the user's location. Background technique [0002] At present, computer and network technologies are increasingly developed, and the requirements of computer users to be able to surf the Internet at any time in different places and in different regions have basically been realized. Therefore, people can browse the web and watch video content freely on the Internet no matter they are in the office, at home or even on the road. Because video content has both appeal and can effectively save time and energy for end users, watching video content has become an important demand for people to surf the Internet. The videos they watch not only involve film and television dramas, DV short films, etc., but also video news. , sports events, because after all, vi...

AI Technical Summary

Problems solved by technology

In the process of uploading or downloading any login of the user, node failure will cause the failure of uploading or downloading, and this solution also greatly wastes network bandwidth resources

The other is a solution based on P2P technology, which treats each computer user as a node and provides upload services for other download users while downloading itself. Although it improves the utilization of network resources, this solution requires Specific software implementation, so not all end users can use it anytime and anywhere

[0005] In the current network environment, due to the huge video resource files, problems such as node failure and network congestion are prone to occur during the transmission process, resulting in file transmission failures

P2P technology certainly solves the problem of video file transmission speed, but because it requires many computer end users to participate and download software based on this technology, there are also certain technical defects.

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