Deep and repaid frame inserting method for three-dimensional video

Abstract

The invention relates to a deep and rapid frame inserting method for three-dimensional video, which belongs to the field of video processing. The method comprises the following steps: firstly selecting the decoding structure of color video according to the frame rate of deep video, so as to ensure that deep frame to be inserted corresponds to the B frame of the color video, directly extracting the motion vector of the color video at a decoding terminal, which is used for finding out a reference macro block corresponding to a deep macro block to be inserted, and adopting an improved deep macro block filling algorithm to fill the deep macro block to be inserted. The method has the advantages that the color video is utilized for motion estimation, the improved filling algorithm is also utilized, the quality of deep video frame inserting is greatly improved, the recovered deep video has a clearer object edge and a better local smoothness property, and a better three-dimensional visual effect is obtained. The method directly reads the motion information of the color video, thereby canceling the step of motion estimation during frame inserting, greatly improving the frame inserting efficiency, and being more applicable to the practical industrial application.

Description

technical field [0001] The invention relates to a deep and fast frame interpolation method for three-dimensional stereoscopic video, belonging to the technical field of video processing. Background technique [0002] Three-dimensional stereoscopic video has replaced traditional two-dimensional color TV in many applications, because it can bring users a brand-new viewing experience: users can obtain a more realistic three-dimensional scene experience and feeling, and can freely choose the viewing point of view and watch it at any time Switch between different viewpoints. Compared with traditional 2D video, 3D stereoscopic video has great advantages in visual effect and user interaction, making 3D stereoscopic video a research hotspot, and has been rapidly developed and popularized. [0003] At present, a commonly used 3D stereoscopic video display technology is "video + depth" technology: one channel of color video is used to express texture information, and one channel of c...

AI Technical Summary

Problems solved by technology

However, the traditional frame filling algorithm based on block motion estimation has some obvious defects: 1) The time overhead of motion estimation is very large, resulting in low frame interpolation efficiency; 2) Motion estimation directly using depth video is not accurate enough

However, the use of color video for motion estimation further increases the time overhead of motion estimation

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