Steven J. Luck, Andrew Hollingworth
Oxford University Press, Sep 10, 2008 - Psychology - 352 pages
Vision and memory are two of the most intensively studied topics in psychology and neuroscience. The present book concerns the interaction between vision and memory: How do we remember what we see? And how does our memory for the visual world influence subsequent perception and action? topics in psychology and neuroscience, and the intersection etween them--visual memory--is emerging as a fertile ground for research. Certain memory systems appear to specialize in This book provides a state-of-the-art account of visual memory systems. Each chapter is written by an internationally renowned researcher, who has made seminal contributions to the topic. The chapters are comprehensive, providing both a broad overview of each topic and a summary of the latest research. They also present new perspectives that advance our theoretical understanding of visual memory and suggest directions for future research. After an introductory overview by the editors, chapters address visual sensory memory (iconic memory), visual short-term memory, and the relationship between visual memory and eye movements. Visual long-term memory is then reviewed from several different perspectives, including memory for natural scenes, the relationship between visual memory and object recognition, and associative learning. The final chapters discuss the neural mechanisms of visual memory and neuropsychological deficits in visual memory. This book is a comprehensive guide to visual memory research that will be a valuable resource for both students and professionals.
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activity associations attention brain change blindness Chun Cognitive Psychology color configuration context contextual cuing cortical delay detection distractor duration encoding evidence experience Experimental Psychology eye movements fixation fMRI function Gauthier Goldman-Rakic Henderson hippocampus Hollingworth Human Perception iconic memory imagery impaired inferior temporal cortex informational persistence input integration Irwin Jiang Journal of Experimental Lollo long-term Luck memory representations memory systems memory tasks neural neurons Neuroscience Nosofsky object recognition object representations observers Palmeri parahippocampal cortex partial-report participants Perception and Performance Perception and Psychophysics perirhinal cortex prefrontal prefrontal cortex presented processing Psychological Science Rayner Rensink response role Rolls saccade scene memory scene perception scene representations sensory memory spatial specific statistical learning Tarr temporal tion transsaccadic visible persistence Visual Cognition visual cortex visual information visual memory visual perception visual representations visual search visual short-term memory visual system VLTM VSTM representations