Visual Memory
Featuring contributions from world-leading researchers, this book explores the relationship between visual perception and memory. It bridges the traditionally separate fields of vision science and recognition memory and deals with an interdisciplinary set of perspectives combining research in psychology, neuroscience, and artificial intelligence.
The book makes new connections between the wealth of research from each respective field, developing the idea that visuospatial memory is our best memory system. This volume traverses topics grounded in both empirical study and real-world applications, including working (short-term) memory, long-term memory, the neuroscience of memory, development of memory over the lifespan, autobiographical memories, false memories, and eyewitness testimony. It argues that an increased knowledge of how visuospatial memory works can lead to an improved understanding of the basic features of memory, as well as providing strategies for memory improvement. The book features cutting edge visual memory research, where converging methods in psychophysics, cognitive neuroscience, and computational modeling have been propelling the field forward.
Visual Memory is an essential read for all students and researchers of memory and visual perception. It will also be useful for researchers and students in related fields including human-computer interaction, data visualization, cognitive science, and cognitive enhancement.
Timothy F. Brady is an Associate Professor of Psychology at the University of California San Diego, USA. His research focuses on the nature of visual memory. His lab studies visual perception, attention, working memory and long-term memory, using cognitive and cognitive neuroscience methods and computational models.
Wilma A. Bainbridge is an Assistant Professor of Psychology at the University of Chicago, USA. Her research focuses on the interactions of vision and memory in computation, behavior, and the brain, with recent work exploring the intrinsic memorability of items, and what drawings can show us about visual memory.