Method for presenting video conference, devices for presenting video conference and system for presenting video conference

Abstract

Embodiments of the present invention provide a method, device, and system for presenting a video conference. The method comprises: receiving a video stream of at least one sending endpoint; grading video content according to the video stream of each sending endpoint, to determine video content grades corresponding to each sending endpoint, the video content grades corresponding to the at least one sending endpoint being multiple; determining video layout for indicating a display area corresponding to each video content grade in the multiple video content grades, the video content grades being in one-to-one correspondence with the display areas; and determining the corresponding video content to be presented in each display area in the multiple display areas according to the video content and the video layout corresponding to each video content grade in the multiple video content grades. The embodiments of the present invention enable more reasonable information display in the display area, and manual selection or adjustment by a user is not needed, so the conference is more efficient.

Description

technical field [0001] The present invention relates to the field of communication, and more particularly, to a method, device and system for video conference presentation. Background technique [0002] In the current various multi-point video communications, the composition of video images in video conferencing is basically based on the camera shooting area as the basic unit, and the video images are spliced ​​or directly transmitted to the venue screen. Therefore, viewing on each venue screen The content you see is usually either seeing the picture taken by one camera, or the picture effect of the combination of multiple cameras. The problem brought about by this is that the redundant presentation of information in the meeting, and the information of the focus person and the information of the non-focus person in the meeting will be scattered in different areas of the screen. There is no layout distinction of the information focus on the screen, and each screen area may be...

AI Technical Summary

Problems solved by technology

Under the mechanism of voice-activated switching, the screen images are frequently and disorderly switched, and there is no focus distinction in the screen area; under the non-voice-activated mechanism, each venue needs a special person to switch the screen content at any time to meet the viewing needs in real time, so watch the screen The efficiency is not very high, especially in the discussion-oriented and collaborative meetings, the focus of the meeting changes quickly, so sometimes there are even some extreme viewing effects, such as speakers and materials that do not appear reasonably, "just smell the other The effect of "inaudible"

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