Management system and method of local area network camera to perform network streaming media live broadcast

Abstract

The invention relates to a management system and method of a local area network camera to perform network streaming media live broadcast. A management client in the management system comprises a plurality of cameras and a video packet management client, the video packet management client automatically searches a camera in a local area network after logging in and obtains a RTSP video source of thecamera; and a server side management background in the management system is used for maintaining online grouping of video user playing front ends and opening or closing the push service of the camera. The management system is based on the ONVIF international standard protocol supported by most cameras on the market. Combined with a network streaming media live broadcast system, a large number ofvideo sources in the traditional local area network are accessed to a public network to dock the network streaming media live broadcast system, so that the type of video resources is fully utilized, and flexible management is implemented according to the specific needs of companies in various industries; and no configuration needs to be performed in the camera, integrated management, distributionoptimization and other functions are unified, thereby improving the video experience of video users.

Description

technical field [0001] The invention relates to the technical field of live video broadcasting, in particular to a management system and method for live broadcasting of network streaming media by a local area network camera. Background technique [0002] Many schools, training centers, amusement centers and other densely populated areas with high mobility are generally equipped with many video surveillance cameras. These cameras are all in the same local area network and have no relationship with the public network. People outside the local area network cannot directly view them in real time. Various video sources in the local area network, for example, parents want to check their children's learning in school, although they know that there are cameras in the classroom, but they cannot be connected and used. The number of video resources in this kind of local area network is very large. Can't get the most out of it. [0003] In order to solve the above technical problems, t...

AI Technical Summary

Problems solved by technology

[0002] Many schools, training centers, amusement centers and other densely populated areas with high mobility are generally equipped with many video surveillance cameras. These cameras are all in the same local area network and have no relationship with the public network. People outside the local area network cannot directly view them in real time. Various video sources in the local area network, for example, parents want to check their children's learning in school, although they know that there are cameras in the classroom, but they cannot be connected and used. The number of video resources in this kind of local area network is very large. can't get the most out of it

[0003] In order to solve the above technical problems, there are mainly two technical solutions. One is to configure DDNS parameters for cameras in the LAN to realize integrated management of cameras. This requires professional technicians to configure DDNS parameters. The packet rate is relatively serious, and the degree of intelligence is low; the second is to realize the connection to the front-end video users through the P2P module in the camera, and the access process is simply to directly enter the parameters such as the direct playback address, without forming integrated management and distribution optimization and other functions, the video source in the live broadcast industry is mostly connected to a PC, such as a USB port, etc., and the video or mobile camera is mainly obtained through the native interface of the front-end operating system, and pushed to the forwarding server for distribution to the front-end video users, because the front-end users mostly play directly The video sources of various manufacturers require the video integrator to integrate the software solutions of each manufacturer, and the integrated results are often in the form of browser plug-ins as the final front-end playback window, and plug-ins are basically disabled in existing browsers (such as ActiveX, etc.), its functions are greatly limited. In addition, due to the limitations of P2P's own technology, through this connection, its playback method is also limited, and it is impossible to achieve simultaneous access by multiple users

Images