Cover -- Half Title -- Title Page -- Copyright Page -- Original Title Page -- Original Copyright Page -- Table of Contents -- Foreword -- Preface -- Part I: The Physiology of Eye Movement Control: The Vestibular, Pursuit, Saccadic, and Vergence Systems -- I.1 The Vestibular System for Eye Movement Control -- I.2 The Physiology of Pursuit Eye Movements -- I.3 Eye Movements during Afterimage Tracking under Sinusoidal and Random Vestibular Stimulation -- I.4 The Neurophysiology of Saccades -- I.5 Oculomotor Control: The Vergence System -- I.6 References -- Part II: The Role of Eye Movements in Vision and in the Maintenance of Vision -- II. 1 Saccadic Suppression: A Brief Review -- II. 2 Saccadic Suppression of Phosphenes: Proof of a Neural Basis for Saccadic Suppression -- II. 3 The Role of Eye Movements in Maintenance of Vision -- II. 4 Saccadic Suppression and the Stable World -- II. 5 Role of Eye Movements in Maintaining a Phenomenally Clear and Stable World -- II. 6 References -- Part III: Measurement and Recording of Eye Movements -- III. 1 Physical Characteristics of the Eye Used in Eye-Movement Measurement -- III. 2 The Purkinje-Image Method of Recording Eye Position -- III. 3 Recent Developments in High-Speed Data Processing and Unobtrusive Monitoring of the Eyes -- III. 4 Ways of Recording Line of Sight -- III. 5 Pattern-Recognition Techniques for Extraction of Features of the Eye from a Conventional Television Scan -- III. 6 Eye Movements: On-Line Measurement, Analysis, and Control -- III. 7 References -- Part IV: The Relation of Eye Movements to the Perception of Motion, Position, and Timing of Visual Stimuli -- IV. 1 Saccades and Extraretinal Signal for Vision Direction -- IV. 2 Eye Movements, Efference, and Visual Perception -- IV. 3 Extraretinal Influences on the Primate Visual System