Human and Machine VisionJacob Beck, Barbara Hope, Azriel Rosenfeld Spans the fields of perceptual psychology & computer vision. Offers a discussion of visual problems of common interest to the fields of human visual perception & machine vision. Includes representation, segmentation, organization, motion & space. |
Contents
Criteria for Representations of Shape | 39 |
Should Technology | 85 |
Flexibility in Representational Systems | 97 |
Copyright | |
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Common terms and phrases
acuity analysis angle Artificial Intelligence axis cognitive computational Computer Vision constraints contour corresponding curvature depth dipole direction display distance dots edges egomotion example experiments function Gibson global gradient Hochberg horizon human perceiver input interpolation interpretation Julesz layout of space light lines of curvature LT LT LT machine vision Marr motion motion perception movement moving objects optic array optical flow orientation output parallel pattern perspective plane present problem processing projection projection plane properties Psychology Psychophysics receptive fields reference frame reflected regions relative representation represented retinal image rigid rotation scene separate shape constancy similar skewed symmetry slant slope smoothed local symmetries spatial specified squares stimulus structure suggests surface temporal texel textural elements textural segmentation theory three-dimensional tion transformations two-dimensional units vanishing point vector velocity vernier vertical visual information visual perception visual system Δ Δ Δ