Perceptual Constancy: Why Things Look as They Do
Perceptual Constancy examines a group of long-standing problems in the field of perception and provides a review of the fundamentals of the problems and their solutions. Experts in several different fields—including computational vision, physiology, neuropsychology, psychophysics and comparative psychology—present their approaches to some of the fundamental problems of perception: How does the brain extract a stable world from an ever changing retinal input? How do we achieve color constancy despite changes in the wavelength content of daylight? How do we recognize objects from different viewpoints? And how do we know the sizes of those objects? The volume is divided into three sections. The first describes color constancy, the second examines size, shape and speed, and the third section is on perceptual inconstancies.
1100945715
Perceptual Constancy: Why Things Look as They Do
Perceptual Constancy examines a group of long-standing problems in the field of perception and provides a review of the fundamentals of the problems and their solutions. Experts in several different fields—including computational vision, physiology, neuropsychology, psychophysics and comparative psychology—present their approaches to some of the fundamental problems of perception: How does the brain extract a stable world from an ever changing retinal input? How do we achieve color constancy despite changes in the wavelength content of daylight? How do we recognize objects from different viewpoints? And how do we know the sizes of those objects? The volume is divided into three sections. The first describes color constancy, the second examines size, shape and speed, and the third section is on perceptual inconstancies.
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Perceptual Constancy: Why Things Look as They Do

Perceptual Constancy: Why Things Look as They Do

Perceptual Constancy: Why Things Look as They Do

Perceptual Constancy: Why Things Look as They Do

Overview

Perceptual Constancy examines a group of long-standing problems in the field of perception and provides a review of the fundamentals of the problems and their solutions. Experts in several different fields—including computational vision, physiology, neuropsychology, psychophysics and comparative psychology—present their approaches to some of the fundamental problems of perception: How does the brain extract a stable world from an ever changing retinal input? How do we achieve color constancy despite changes in the wavelength content of daylight? How do we recognize objects from different viewpoints? And how do we know the sizes of those objects? The volume is divided into three sections. The first describes color constancy, the second examines size, shape and speed, and the third section is on perceptual inconstancies.

Product Details

ISBN-13: 9780521460613
Publisher: Cambridge University Press
Publication date: 08/13/1998
Pages: 560
Product dimensions: 6.30(w) x 9.10(h) x 1.50(d)

Table of Contents

Contributors; Introduction: what you see is not what you get Vincent Walsh and Janusz Kulikowski; 1. Visual organization and perceptual constancies in early infancy Alan Slater; 2. The McCollough effect: misperception and reality G. Keith Humphrey; 3. Perception of rotated two-dimensional and three-dimensional objects and visual shapes Pierre Jolicoeur and G. Keith Humphrey; 4. Computational approaches to shape constancy Shimon Edelman and Daphna Weinshall; 5. Learning constancies for object perception Peter Földiák; 6. Perceptual constancies in lower vertebrates David Ingle; 7. Generalizing across object orientation and size Elizabeth Ashbridge and David I. Perret; 8. The neuropsychology of visual object constancy Rebecca Lawson and Glyn W. Humphreys; 9. Color constancy and color vision during infancy: methodological and empirical issues James L. Dannemiller; 10. Empirical studies in color constancy Jimmy M. Troost; 11. Computational models of color constancy A. C. Hurlbert; 12. Comparative aspects of color constancy Christa Neumeyer; 13. The physiological substrates of color constancy Hidehiko Komatsu; 14. Size and speed constancy Suzanne P. McKee and Harvey S. Smallman; 15. Depth constancies Thomas S. Collett and Andrew J. Parker; 16. The perception of dynamical constancies Mary K. Kaiser; 17. Perceptual learning Merav Ahissar and Shaul Hochstein; 18. The history of size constancy and size illusions Helen E. Ross and Cornelius Plug; Author index; Subject index.
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