Multimedia data sharing method, system and state judgment server

Abstract

The invention provides a multimedia data sharing method, system and state judgment server. The method comprises the steps that: the state judgment server receives sharing multimedia data and object user information sent by a sharing user; the state judgment server judges whether to carry out format conversion according to the user state of the sharing user and the object user, wherein the user state comprises an logging-in state and terminal parameters, and the logging-in state is used for presenting that the user logs-in from a broadcasting television network, a telecommunication network or an internet; when the multimedia data does not need format conversion, the multimedia data is directly pushed and transmitted to the object user; and when the multimedia data needs format conversion, the multimedia data is converted into data format supported by a terminal of the object user according to the terminal parameters of the object user, and then pushed and transmitted to the object user. According to the invention, simple, convenient and real-time multimedia data sharing among different network terminals can be realized.

Description

technical field [0001] The invention relates to the technical field of data services, in particular to a multimedia data sharing method, system and state determination server. Background technique [0002] With the deepening of the two-way transformation of the radio and television network, the era of triple play of the radio and television network, the Internet and the telecommunications network is coming. Users can access the radio and television network through TVs and set-top boxes, the Internet through computers, and the telecommunications network through mobile phones. TV screens, computer screens and mobile phone screens have become increasingly equal channels for multimedia content. People can obtain different multimedia resources from the above three "screens", but judging from the current development situation, the resources of the three "screens" are relatively independent, and the sharing of multi-screen resources cannot be realized in a more convenient way. ...

AI Technical Summary

Problems solved by technology

Therefore, to share the multimedia content of the TV screen to the mobile phone screen and computer screen, the operation threshold is relatively high

[0013] 2. The lack of real-time multimedia sharing greatly reduces the user's perception of use

[0014] In order to realize the sharing of multimedia on three screens, judging from the current implementation methods, it is generally necessary to save the video resources to the local storage device first, and then convert the file format to play the multimedia files on the other two screens. In this way, the multimedia files lose their real-time performance in the process of dissemination and sharing, which greatly affects the user's perception of usage.

[0015] 3. Multimedia elements lack a one-stop service from production to application deployment

[0016] From the extraction of multimedia elements to conversion to sharing and publishing, users have to operate on different platforms, and the whole process is very cumbersome

[0017] From the perspective of existing technology implementation, the solutions to realize the multimedia sharing service of three-screen integration all use a non-real-time processing method, and the operation is relatively cumbersome and requires some more professional equipment to complete the shared operation. If it is used, it will greatly increase the user's use threshold, which is not conducive to the use of users and the promotion of related businesses.

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