1 October 1994 Occlusion-free monocular three-dimensional vision system
Author Affiliations +
Optical Engineering, 33(10), (1994). doi:10.1117/12.179394
This paper describes a new, occlusion-free, monocular three-dimensional vision system. A matrix of light beams (lasers, fiber optics, etc.), substantially parallel to the optic axis of the lens of a video camera, is projected onto a scene. The corresponding coordinates of the perspective image generated on the video-camera sensor, the focal length of the camera lens, and the lateral position of the projected beams of light are used to determine the "perspective depth" z* of the three-dimensional real image in the space between the lens and the image plane. Direct inverse perspective transformations are used to reconstruct the three-dimensional real-world scene. This system can lead to the development of three-dimensional real-image sensing devices for manufacturing, medical, and defense-related applications. If combined with existing technology, it has high potential for the development of three-dimensional television.
Vassilios E. Theodoracatos, "Occlusion-free monocular three-dimensional vision system," Optical Engineering 33(10), (1 October 1994). http://dx.doi.org/10.1117/12.179394

3D image processing


Image sensors

Image segmentation


3D image reconstruction

3D vision

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