Brain mechanisms and spatial vision
著者
書誌事項
Brain mechanisms and spatial vision
（NATO ASI series, ser. D . Behavioural and social sciences ; no. 21）
Nijhoff, 1985
- タイトル別名
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Spatial vision
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注記
"Proceedings of the NATO Advanced Study Institute on Brain Mechanisms and Spatial Vision, Lyon, France, June 16-25, 1983"--T.p. verso
"Published in cooperation with NATO Scientific Affairs Division."
Includes bibliographies and index
内容説明・目次
内容説明
This volume contains chapters derived from a N. A. T. O. Advanced Study Institute held in June 1983. As the director of this A. S. I. it was my hope that some of the e1ectrophysiologists could express the potentialities of their work for perceptual theory, and that some perceptionists could speculate on the underlying "units" of perception in a way that would engage the imagination of physio logists. The reader will have to be the judge of whether this was achieved, or whether such a psychophysiological inter1ingua is still overly idealistic. It is clear that after the revolution prec~pitated by Hube1 and Weisel in understanding of visual cortical neurons we still have only a foggy idea of the behavioral output of any particular species of cortical detector. It was therefore particularly unfortunate that two persons who have made great strides in correlating interesting facets of cat cortical physio logy with human psychophysics (Max Cynader and Martin Regan of Dalhousie University) were unable to attend this meeting. Never theless, a number of new and challenging ideas regarding both spatial perception and cortical mechanisms are represented in this volume, and it is hoped that the reader will remember not only the individual demonstrations but the critical questions posed by the apposition of the two different collections of experimental facts. David Ingle April 1984 VII TABLE OF CONTENTS PREFACE V D. N. Lee and D. S. Young Visual Timing of Interceptive Action 1 J. J.
目次
Visual Timing of Interceptive Action.- Space, Form and Optical Deformations.- Extraction of Higher Order Derivatives of the Optical Velocity Vector Field: Limitations Imposed by Biological Hardware.- The Analysis of Three-Dimensional Structure from Moving Images.- Motion Parallax and the Perception of Three-Dimensional Surfaces.- The Development of Sensitivity to Kinetic, Binocular and Pictoral Depth Information in Human Infants.- Visual Experience and the Development of Depth Perception.- Human Sensory-Motor Adaption to the Terrestrial Force Environment.- Visual Stabilization During Head Movement.- Action-Oriented Approaches to Visuo-Spatial Brain Functions.- Disturbances of Stereopsis by Brain Damage.- The Posterior Parietal Area as a Spatial Generator.- Static Versus Kinetic Visual Cues for the Processing of Spatial Relationships.- Behavioural and Neurophysiological Correlates of Visual Movement Deprivation in the Cat.- Velocity Tuned Cortical Cells and Human Velocity Discrimination.- Visual Cortical Processing: Texture Sensitivity and Relative Motion.- Neural Mechanisms for Detecting Object Motion and Figure-Ground Boundaries, Contrasted with Self-Motion Detecting Systems.- Perceptual Theory and Sensory Substitution.
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