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Seeing
1st Edition - March 15, 2000
Editor: Karen K. De Valois
Language: English
eBook ISBN:9780080525242
9 7 8 - 0 - 0 8 - 0 5 2 5 2 4 - 2
One of the most remarkable things about seeing is how effortless this complex task appears to be. This book provides a comprehensive overview of research on the myriad complexities…Read more
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One of the most remarkable things about seeing is how effortless this complex task appears to be. This book provides a comprehensive overview of research on the myriad complexities of this task. Coverage includes such classic topics as color, spatial, and binocular vision, areas that have seen a recent explosion of new information such as motion vision, image formation and sampling, and areas where new tools have allowed a better investigation into processes (e.g. neural representation of shape, visual attention).Seeing is a needed reference for researchers specializing in visual perception and is suitable for advance courses on vision.
Contributors. Foreward. Preface. Formation and Sampling of the Retinal Image: Introduction. Formation of the Retinal Image. Neural Sampling of the Retinal Image. Optical versus Sampling Limits to Vision. The Receptive Fields of Visual Neurons: Introduction. Receptive Fields of Retinal Ganglion Cells. Visual Cortex. Spacial Vision: Introduction. Single Neurons and Behavior. Window of Visibility. Optics and Photon Noise. Retina and Lateral Geniculate Nucleus. Primary Visual Cortex. Implications for Object Recognition and Scene Interpretation. References. Color Vision: Introduction. Physiology. Chromatic Discriminations and Their Physiological Bases. Color Appearance and Its Physiological Bases. The Role of Color in Spatial Vision. References. Binocular Vision: Perceived Visual Direction. Binocular Correspondence. Binocular Sensory Fusion. Encoding Disparity: The Matching Problem. Stereoscopic Depth Perception. Occlusion Stereopsis. Binocular Suppression. Seeing Motion: Overview. Representing Image Motion. Analyzing Direction of Motion along a Given Axis. Integrating Motion Signals from Different Axes. Second-Order Motion Mechanisms. Conclusions. The Neural Representation of Shape: Introduction. Organization of the Ventral Pathway. Physiological Properties. Attention, Learning, Memory, and Motor Signals. Computational Principles. Current Research in the Neurobiology of Form Vision. References. Visual Attention: Introduction. Vision before Attention. Vision with Attention. Vision after Attention. Vision without Attention. Conclusion. References. Index.