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Preface

Vision, Brain and Cooperative Computation: An Overview

Visual Neurophysiology / I：

Why Visuomotor Systems Don't Like Negative Feedback and How They Avoid It / 1：

The Role of the Primate Superior Colliculus in Sensorimotor Integration / 2：

Depth and Detours: An Essay on Visually Guided Behavior / 3：

A Trace of Memory: An Evolutionary Perspective on the Visual System / 4：

Visual Psychophysics / II：

Visual Analysis during Motion / 5：

Figure-Ground Organization Affects the Early Visual Processing of Information / 6：

The Diversity of Perceptual Grouping / 7：

The Interdependence of Temporal and Spatial Information in Early Vision / 8：

Machine Vision and Robotics / III：

A Methodology for the Development of General Knowledge-Based Vision Systems / 9：

An Extremum Principle for Shape from Contour / 10：

Representational Axes and Temporal Cooperative Processes / 11：

Computational Techniques in Motion Processing / 12：

Schemas That Integrate Vision and Touch for Hand Control / 13：

Robot Tactile Sensing and Schema Control / 14：

Connectionism and Cooperative Computation / IV：

A Functional Model of Vision and Space / 15：

Cortical Connections and Parallel Processing: Structure and Function / 16：

Visual-Cognitive Neuronal Networks / 17：

An Approach to Learning Control Surfaces by Connectionist Systems / 18：

Separating Figure from Ground with a Boltzmann Machine / 19：

List of Contributors

Index

Preface

Vision, Brain and Cooperative Computation: An Overview

Visual Neurophysiology / I：