Data communication method and system for cloud mobile phone and real mobile phone

Abstract

The invention discloses a data communication method and system for a cloud mobile phone and a real phone, and the method comprises the following steps: S1, building a data channel between the cloud mobile phone and the real phone, starting a video channel after the interaction authentication of the data channel is passed, and building video channel connection; and S2, when data communication is carried out, the cloud mobile phone / real mobile phone obtains communication information to be communicated, data information in the communication information is transmitted to the real mobile phone / cloud mobile phone through the data channel, and video information in the communication information is transmitted to the real mobile phone / cloud mobile phone through the video channel.

Description

technical field [0001] The invention relates to the technical field of cloud mobile phones, in particular to a data communication method and system between a cloud mobile phone and a real phone. Background technique [0002] Cloud mobile phone is an android system that divides a cloud server into multiple virtual machines to run independently by means of virtual containers on the cloud server side, and then provides remote operation for terminal devices such as mobile phones to operate and use, so that various applications can run in The cloud is convenient for management, and can greatly reduce the consumption of local resources of real mobile phones. [0003] Since the program runs in the cloud, the real phone needs to see the running interface of the cloud phone and operate it. Therefore, it is necessary to transmit the running interface and sound of the cloud phone to the real phone for playback and display, and the real phone transmits the touch information to the cloud...

AI Technical Summary

Problems solved by technology

[0006] However, for cloud mobile phone scenarios, WebRTC has certain limitations. For example, WebRTC is mainly oriented to Web applications. ), the entire framework design is relatively complex, and the API granularity is relatively fine, which makes it difficult to even compile engineering projects; the transmission design of WebRTC is based on P2P, it is difficult to guarantee the transmission quality, and the optimization methods are limited, so it can only be done Some end-to-end optimizations are difficult to cope with complex Internet environments, such as cross-region, cross-operator, low bandwidth, high packet loss and other scenarios; WebRTC is more for video chat scenarios, and many cloud phone scenarios such as real machine simulation , Multi-level interaction is not applicable, and there will be certain limitations when used on cloud phones

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