Stereoscopic edge and surface perception

我们看似毫不费力地感知我们的环境和其中的物体的能力是唯一可能的，因为大脑中视觉信息处理的有效性和复杂性;特别是立体处理，它为科学家，艺术家和工程师/计算机科学家提供了长期感兴趣的三维图形感，试图模拟立体信息。 这个建议将追求一些新的想法，我们如何感知倾斜和曲率从立体视觉和我们如何允许距离解释眼间图像的差异。 它与人工智能、视觉引导、虚拟现实以及医学和军事图像解释有关。

Our seemingly effortless ability to perceive our environment and the objects within it are only possible because of the effectiveness and complexity of visual information processing in the brain; especially stereoscopic processing which gives a graphic sense of three-dimentionality of long-standing interest to scientists, artists and engineers/computer scientists trying to simulate stereo information. This proposal will pursue some novel ideas about how we perceive slant and curvature from stereopsis and how we allow for distance in interpreting interocular image differences. It is relevant to artificial intelligence, visual guidance, virtual reality and medical and military image interpretation.