رکورد قبلیرکورد بعدی

" Computational, geometric, and process perspectives on facial cognition : "


Document Type : BL
Record Number : 1043621
Doc. No : b797991
Title & Author : Computational, geometric, and process perspectives on facial cognition : : contexts and challenges /\ edited by Michael J. Wenger, James T. Townsend.
Publication Statement : Mahwah, N.J. :: L. Erlbaum Associates,, 2001.
Series Statement : Scientific psychology series
Page. NO : 1 online resource (ix, 514 pages) :: illustrations
ISBN : 0415646863
: : 0805832343
: : 1135669457
: : 113566949X
: : 1135669503
: : 1410612325
: : 9780415646864
: : 9780805832341
: : 9781135669454
: : 9781135669492
: : 9781135669508
: : 9781410612328
Bibliographies/Indexes : Includes bibliographical references and indexes.
Contents : Quantitative models of perceiving and remembering faces : precedents and possibilities / Alice J. O'Toole, Michael Wenger, and James T. Townsend -- The perfect Gestalt : infinite dimensional Riemannian face spaces and other aspects of face perception / James T. Townsend, Bruce Solomon, and Jesse Spencer Smith -- Face-space models of face recognition / Tim Valentine -- Predicting similarity ratings to faces using physical descriptions / Mark Steyvers and Thomas A. Busey -- Formal models of familiarity and memorability in face recognition / Thomas A. Busey -- Characterizing perceptual interactions in face identification using multidimensional signal detection theory / Robin D. Thomas -- Faces as Gestalt stimuli : process characteristics / Michael J. Wenger and James T. Townsend -- Face perception : an information processing perspective / Christopher S. Campbell, Gudrun Schwarzer, and Dominic W. Massaro -- Is all face processing holistic? The view from UCSD / Garrison W. Cottrell [and others] -- Viewpoint generalization in face recognition : the role of category-specific processes / Shimon Edelman and Alice J. O'Toole -- 2D or not 2D? That is the question : what can we learn from computational models operating on two-dimensional representations of faces? / Dominique Valentin [and others] -- Are reductive (explanatory) theories of face identification possible? Some speculations and some findings / William R. Uttal.
Abstract : The subjects covered in this work include: quantitative models of perceiving and remembering faces; the perfect Gestalt; face spaces and other aspects of face perception; predicting similarity ratings to faces using physical descriptions; and the role of category specific processes.
Subject : Face perception, Congresses.
Subject : Face perception-- Computer simulation, Congresses.
Subject : Face perception-- Mathematical models, Congresses.
Subject : Face perception-- Computer simulation.
Subject : Face perception-- Mathematical models.
Subject : Face perception.
Subject : PSYCHOLOGY-- Cognitive Psychology.
Subject : SCIENCE-- Cognitive Science.
Subject : Facies.
Subject : Perception.
Subject : Computer Simulation.
Subject : Models, Theoretical.
Dewey Classification : ‭153.7/5‬
LC Classification : ‭BF242‬‭.C66 2001eb‬
NLM classification : ‭2001 O-217‬
: ‭BF 242‬‭C738 2001‬
Added Entry : Townsend, James T.
: Wenger, Michael J.
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