Multi-view naked eye 3D video conference system

Abstract

The invention provides a multi-view naked eye 3D video conference system, comprising a server terminal and a client, wherein the server terminal and the client establish communication, the client is provided with at least one camera, a single camera is used for shooting a client user, the client is further provided with an image uploading module and an image display module, and the image display module decodes and converts a multi-view image synthesis encoding result returned by the server terminal to display a 3D naked eye video; and the server terminal is provided with at least three cameras, a plurality of cameras are used for shooting server images, the server terminal is further provided with a camera input module, a face detection module and an image processing module, and the image processing module carries out synthesis encoding on a face of the client user detected by the face detection module and a multi-view image obtained by the camera input module and transmits the same to the client. By adopting the multi-view naked eye 3D video conference system provided by the invention, the usability and the application field of multi-view scenes are greatly expanded, and meanwhile, the user experience and the performance can be improved.

Description

technical field [0001] The invention relates to the technical field of video conferencing, in particular to a multi-view naked-eye 3D video conferencing system. Background technique [0002] Video conferencing systems are widely used all over the world, and remote transmission of high-definition 3D video can enable users to obtain more useful image information, thereby meeting further needs such as mechanical design and remote diagnosis and treatment, but the synchronization of multiple data streams and video A series of technical problems such as encoding, real-time transmission and naked-eye display have not been fully resolved, and there are many technical bottlenecks in the realization of the 3D video conferencing system. [0003] Currently, watching 3D video often requires some kind of special glasses. This hinders communication between partners because their lenses, whether color filters, polarizing or liquid crystal display (LCD) shutters, hide portraits, which is ve...

AI Technical Summary

Problems solved by technology

[0005] 1. The user's face detection is not ideal, and the center point of the face will change with the pixel difference between consecutive frames

[0006] 2. Since the object is not in a real-life environment, the effect achieved by separating the layers is not realistic

[0007] 3. The final effect is not realistic enough

In further searches, no documents and reports have been found on the realization of naked-eye 3D video conferencing methods similar to the present invention

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