19 March 2008 Reconstruction of stereoscopic imagery for visual comfort
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Abstract
Generally, an acquired stereoscopic image pair needs to be pre-processed geometrically before 3D viewing, because the parallax and alignment of the pair is not optimal for binocular vision. A stereo image obtained without using a specialized stereo camera system can have several problems that disrupt comfortable 3D viewing, such as insufficient or excessive baseline lengths between the two images. We present a reconstruction technique for the stereo pair images that maximizes visual comfort. First, a disparity map is generated from the stereo image by multiple footprints stereo algorithm, and then a synthetic stereomate is created using the disparity map and a right image of the given stereo pair. At this time, we adjust the disparity map to create a more realistic 3D effect. Most of the frequency disparity is reassigned to zero and the maximum disparity is revised as a parallax comfortable for human eyes. The occlusion of the synthetic stereomate is corrected by an inpainting method. Through the experiments, we could obtain a registered stereoscopic image with an optimized parallax. To evaluate the proposed technique, our results were compared with the original stereo pairs by viewing the 3D stereo anaglyphs.
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Hye Jin Kim, Hye Jin Kim, Jae Wan Choi, Jae Wan Choi, An-Jin Chang, An-Jin Chang, } "Reconstruction of stereoscopic imagery for visual comfort", Proc. SPIE 6803, Stereoscopic Displays and Applications XIX, 680303 (19 March 2008); doi: 10.1117/12.766395; https://doi.org/10.1117/12.766395
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