RATIONALE OF CEREBRAL VISION LAWS

By MATTHEW GONZALEZ

CONTENTS NEURAL MECHANISMS OF SALIENCY, ATTENTION, AND ORIENTING INSIGHTS ON VISION DERIVED FROM STUDYING HUMAN SINGLE NEURONS RECOGNITION OF OCCLUDED OBJECTS TOWARDS A THEORY OF COMPUTATION IN THE VISUAL CORTEX INVARIANT RECOGNITION PREDICTS TUNING OF NEURONS IN SENSORY CORTEX SPEED VERSUS ACCURACY IN VISUAL SEARCH: OPTIMAL PERFORMANCE AND NEURAL IMPLEMENTATIONS THE PUPIL AS MARKER OF COGNITIVE PROCESSES SOCIAL SALIENCY VISION AND MEMORY: LOOKING BEYOND IMMEDIATE VISUAL PERCEPTION APPROACHES TO UNDERSTANDING VISUAL ILLUSIONS IMPACT OF NEUROSCIENCE IN ROBOTIC VISION LOCALIZATION AND NAVIGATION ATTENTION AND COGNITION: PRINCIPLES TO GUIDE MODELING COMPUTATIONAL NEUROSCIENCE OF VISION: VISUAL DISORDERS