Intelligent Robots and Computer Vision, Volume 7SPIE--the International Society for Optical Engineering,., 1989 - Artificial intelligence |
Contents
BOUNDARY DESCRIPTION | 67 |
IMAGE PROCESSING | 117 |
SEGMENTATION AND FEATURE EXTRACTION | 169 |
Copyright | |
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algorithm analysis applications approach approximation background binary block boundary camera classification color color constancy components Computer Vision constraints coordinate corresponding curvature curves defined described detection determine edge engineering equation error estimation example feature filter first-order hold fractal function fuzzy Gaussian Gaussian curvature geometric IEEE illumination image processing implemented input image invariant layer learning linear machine vision manipulator mapping matching mean curvature method module motion neural network node noise object recognition object-state operator optical optical fiber orientation output parallel parameters Pattern Recognition perception performance pixels position problem Proc procedure processor quadtree range image reflectance regions representation represented robot rotation sample scale scale-space scene segmentation sensor sequence shape signal simulation solution space spatial structure subsumption architecture surface target task technique threshold transformation vector vision system visual Zernike moments