Cognitive and Computational Aspects of Face Recognition

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A. Mike Burton
Alan B. Milne
Alice J. O'Toole
Atypical Faces
Caricature Advantage
Category=JMR
computational modelling of faces
configural processing
Context Free Familiarity
Distinctive Faces
Distinctiveness Effects
Dominique Valentin
eq_bestseller
eq_isMigrated=1
eq_isMigrated=2
eq_nobargain
eq_non-fiction
eq_society-politics
Exemplar Density
Face Classification Task
Face Images
Face Processing
Face Processing Tasks
Face Recognition
Face Space
faces
facial distinctiveness
Gillian Rhodes
Hadyn D. Ellis
Herve Abdi
Human Face Processing
Ian Craw
Inter-item Similarity
Inversion Effect
J. Don Read
John R. Vokey
Judith A. Hosie
Kenneth A. Deffenbacher
Mixed List Condition
Multidimensional Face Space
neural network models
own-race bias
Patrick Chiroro
perceptual learning
Peter J. Hancock
Philip J. Benson
Positive Quadratic Relationship
Recognition Discrimination
Recognition Memory Experiment
Robert A. Johnston
Ruth Dixon
Sarah V. Stevenage
space
typical
Typical Faces
Undistorted Image
Unfamiliar Faces
Veridical Images
Vicki Bruce
visual cognition

Product details

  • ISBN 9781138699366
  • Weight: 470g
  • Dimensions: 156 x 234mm
  • Publication Date: 12 Mar 2019
  • Publisher: Taylor & Francis Ltd
  • Publication City/Country: GB
  • Product Form: Paperback
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How can computers recognize faces? Why are caricatures of famous faces so easily recognized?

Originally published in 1995, much of the previous research on face recognition had been phenomena driven. Recent empirical work together with the application of computational, mathematical and statistical techniques have provided new ways of conceptualizing the information available in faces. These advances have led researchers to suggest that many phenomena can be explained by the structure of the information available in the population(s) of faces. This broad approach has drawn together a number of apparently disparate phenomena with a common theoretical basis, including cross-race recognition; the distinctiveness of faces; the production and recognition of caricatures; and the determinants of facial attractiveness. This title provides a state of the art review of the field at the time in which the authors use a wide variety of approaches. What is common to all is that the authors base the accounts of the phenomena they study or their model of face recognition on the statistics of the information available in the population of faces.

On publication this title was a comprehensive, up-to-date review of an important area of research in face recognition written by active researchers. It includes contributions from mathematics, computer science and neural network theory as well as psychology. It is aimed at research workers and postgraduate students and will be of interest to cognitive psychologists and computer scientists interested in face recognition. It will also be of interest to those working on neural network models of visual recognition, perceptual development, expertise in visual cognition as well as facial attractiveness and caricature.