Method and system for synchronously watching videos and interacting in real time by multiple users

Abstract

The invention discloses a method and a system for synchronously watching videos and interacting , which are used for solving the problems that pictures of the same video watched by multiple users in real time are difficult to synchronize and the real-time interaction of the multiple users is difficult when the multiple users watch the video, and the method for synchronously watching videos and interacting in real time by the multiple users comprises the following steps that: the user creates a studio and sets a playing performance level and a playing priority guarantee strategy of the studio;a creator can invite other user terminals to join in the studio and set a playing video; an invited user terminal automatically adjusts the playing quality level of the terminal and automatically controls the elimination terminal; the creator sets different real-time synchronization instruction operation authorities for other user terminals; the user can control the synchronous playing of the video within the authority range; synchronous playing of terminal videos is accurately controlled through synchronous control and a real-time feedback algorithm; all synchronous users can perform real-time interaction in the form of characters, voices, videos, barrages or expressions.

Description

technical field [0001] The invention relates to the field of communication technology, in particular to a method and system for synchronously watching videos and interacting in real time with multiple users. Background technique [0002] With the advent of the 5G era, relying on the high reliability and low latency characteristics of the 5G enhanced mobile Internet, the uplink and downlink rates of wireless terminals can be greatly improved, the connection latency will reach millisecond level, and performance reliability under high-speed mobility will be supported. , providing favorable conditions for multi-users to watch videos synchronously in real time and interact in real time; at the same time, with the rise of 4K video, VR and AR technologies, the requirements for video quality have been greatly improved, and the requirements for resolution and frame rate are increasing with each other. As a result, due to the performance differences of terminal hardware and the perfor...

AI Technical Summary

Problems solved by technology

[0002] With the advent of the 5G era, relying on the high reliability and low latency characteristics of the 5G enhanced mobile Internet, the uplink and downlink rates of wireless terminals can be greatly improved, the connection latency will reach millisecond level, and performance reliability under high-speed mobility will be supported. , providing favorable conditions for multi-users to watch videos synchronously in real time and interact in real time; at the same time, with the rise of 4K video, VR and AR technologies, the requirements for video quality have been greatly improved, and the requirements for resolution and frame rate are increasing with each other. As a result, due to the performance differences of terminal hardware and the performance of terminals at different runtimes, short-term or subtle synchronization differences are usually amplified over time, resulting in obvious out-of-sync phenomena, which greatly affects synchronization. The experience effect of watching video cannot allow user terminals in different places to watch the same video screen together at the same time, and can enjoy chatting and interactive experience; the advancement of information technology has prompted users to greatly improve the video experience requirements , and the out-of-sync phenomenon of multiple users watching videos has brought great experience problems to users

[0003] It can be seen that when multiple users watch videos synchronously, there are still synchronization problems that affect user experience. Therefore, a method and system for synchronous video viewing and real-time interaction between multiple users are urgently needed to optimize the experience of multi-user synchronous video viewing and real-time interaction.

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