Method of Obtaining Depth Map from Binocular Image

Abstract

The present invention relates to a method for obtaining a depth map through a binocular image, comprising: a. Median filtering of the converted left eye view and right eye view; b. Establish the minimum spanning tree of the left and right eye views, and then calculate the corresponding left and right eye gradient contour images; c. Translate to obtain 2n left and right eye disparity range sequence images and 2n left and right eye gradient disparity range images; d. Obtain the mean value of the left and right eye gradient contour image differences and the mean value of the left and right eye disparity range sequence image differences according to the weight, and obtain the 2n amplitude difference weighted difference table and weight coefficient table; e. Perform similarity aggregation filtering to obtain 2n aggregated disparity tables for left and right eyes. In the 2n aggregated disparity tables, take the minimum aggregated value table at the same pixel position. The invention can quickly and accurately obtain the sequence map position and the image depth map, and the foreground and background depth information of the image is rich and the outline is clear, which can effectively improve the quality of the naked-eye 3D image and further promote the development of the naked-eye 3D technology.

Description

technical field [0001] The invention relates to image processing, in particular to a method for obtaining a depth map through a binocular image. Background technique [0002] With the rapid development of film and video technology, when TV, film and video programs enter millions of households, 2D flat films and video programs can no longer satisfy people's strong demand for visual impact and layered experience. The rise of 3D movie video quietly at present has solved people's viewing demand for current stereoscopic movie video. However, the current 3D movie video experience still cannot be separated from the mode of wearing glasses. While experiencing the 3D effect, wearing glasses has brought a lot of troubles to the audience, so the demand for naked-eye 3D equipment is imminent. The key technology of naked-eye 3D is to find the depth map of the image. Contents of the invention [0003] The invention provides a method for obtaining a depth map through a binocular image,...

AI Technical Summary

Problems solved by technology

However, the current 3D movie video experience still cannot be separated from the mode of wearing glasses. While experiencing the 3D effect, wearing glasses has brought a lot of troubles to the audience, so the demand for glasses-free 3D equipment is imminent.

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