A method and device for synchronizing Internet of View resources to Internet terminals

Abstract

The embodiment of the present invention provides a method and device for synchronizing video network resources to Internet terminals, which relate to the technical field of video networking. At the decompression transfer terminal, receive the Internet-of-Vision resource synchronization request sent by the Internet terminal based on the Internet protocol; the synchronization request includes: the identification of the co-translation server; the co-translation server stores a video-network resource compression package; The target co-conversion server corresponding to the co-translation server identifier forwards the Internet of Vision resource synchronization request; receives the resource compression package of each Internet of Vision corresponding to the Internet of Vision resource synchronization request returned by the target co-translation server; After receiving the resource compression package, decompress each video network resource compression package and synchronize it to the database. Synchronization failures due to long reception times can be avoided.

Description

technical field [0001] The invention relates to the technical field of video networking, in particular to a method and device for synchronizing video networking resources to Internet terminals. Background technique [0002] The Internet of Vision resource is the audio and video resource monitored by the Internet of Vision monitoring terminal, or the information of the Internet of Vision terminal, for example, the detailed information of the camera of the Internet of Vision monitoring terminal, such as the ID information of the camera of the Internet of Vision monitoring terminal, channel information, setting location information, etc. . [0003] In the prior art, Internet of View resources are usually stored in the co-translation server in the form of compressed packages. The Internet terminal can request the co-transfer server to synchronize the Internet of Vision resources by decompressing the transfer terminal, and the bridging server will send the requested Internet of ...

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Problems solved by technology

[0004] During the research process, the inventor found that the above-mentioned existing technical solutions have the following disadvantages: during the synchronization process of the Internet of Vision resources, the decompression transfer terminal only receives and decompresses each compressed package before receiving the Internet of View resources, that is, the decompression transfer terminal receives the The Internet of Vision resource not only includes the receiving time of each compressed package, but also includes the time of decompressing each compressed package. When the number of compressed packages is large, the receiving time is usually longer, and the long receiving time usually leads to the failure of receiving the Internet of Vision resources. As a result, the synchronization of Internet of Vision resources fails, and it is impossible to conveniently synchronize a large number of Internet of Vision resources

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