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Study of the perception of 3D objects by the human visual system in order to develop methods for converting 2D images into stereoscopic images

机译:研究人类视觉系统对 3D 物体的感知,以开发将 2D 图像转换为立体图像的方法

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摘要

A hypothesis is proposed and experimentally confirmed that explains the mechanism by which a viewer experiences the sensation of depth of space when he observes stereoscopic images and 3D scenes. It is shown that, when a 3D image is formed, the depth map, and then the stereoscopic image based on it, permits very large errors that do not cause appreciable distortions of the image thus formed. A method developed by the authors for converting 2D images into stereoscopic images is described. (C) 2015 Optical Society of America.
机译:提出了一个假设,并通过实验证实了该假设,该假设解释了观看者在观察立体图像和3D场景时体验空间深度感觉的机制。结果表明,当形成3D图像时,深度图以及基于深度图的立体图像允许非常大的误差,这些误差不会导致由此形成的图像出现明显的失真。描述了作者开发的一种将2D图像转换为立体图像的方法。(C) 2015年美国光学学会。

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