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Cognitive science is one of the few fields where modern developments in computer science and artificial intelligence promise to shed light on classical problems in psychology and the philosophy of the mind. Ancient questions of how we see the world, understand language, and reason - and even such exotic questions as how a material system can know about the outside world - are being explored with the powerful new conceptual prosthetics of computer modeling. We may, for the first time, be in a position to attempt an integrated theory of cognition based on ideas about cognitive architecture. Thus cognitive science offers the promise of bringing together modern conceptual tools and classical problems in a powerful new scholarly synthesis. Written by an assembly of leading researchers in the field, this volume provides an innovative and non-technical introduction to cognitive science, and the key issues that animate the field. It explores subject areas such as Mind, Vision, Language, and Neuroscience, and contains selections on the foundations of cognitive science, cognition development, reasoning, object recognition, eye movements, visual recognition, language processing and acquisition, optimality theory, and neuroscience.
Students who are beginning their exploration of cognitive science will find both pedagogical tutorial essays to orient them to this exciting field, as well as more technical material, to provide a sense of how cognitive science is actually practised, at the state of the art.
Sommario
Preface vii
Acknowledgements ix
1 What's in your mind? 1
Zenon W. Pylyshyn 2 Explaining the infant's object concept: Beyond the perception/cognition dichotomy 26
Brian J. Scholl and Alan M. Leslie 3 Rethinking rationality: From bleak implications to Darwinian modules 74
Richard Samuels, Stephen Stich, and Patrice D. Tremoulet 4 New foundations for perception 121
Michael Leyton 5 Object representation and recognition 172
Sven J. Dickinson 6 Does vision work? Towards a semantics of perception 208
Jacob Feldman 7 The brain as a hypothesis-constructing-and-testing agent 230
Thomas V. Papathomas 8 What movements of the eye tell us about the mind 248
Eileen Kowler 9 Visual dilemmas: Competition between eyes and between percepts in binocular rivalry 263
Thomas V. Papathomas, Ilona Kovacs, Akos Feher, and Bela Julesz 10 Linguistic and cognitive explanation in optimality theory 295
Bruce Tesar, Jane Grimshaw, and Alan Prince 11 Impossible words? 327
Jerry Fodor and Ernest Lepore 12 Bridging the symbolic-connectionist gap in language comprehension 336
Suzanne Stevenson 13 Cognitive and neural aspects of language acquisitions 356
Karin Stromswold 14 Connectionist neuroscience: representational and learning issues for neuroscience 401
Stephen Jose Hanson Index 429
Info autore
Ernest Lepore is Director of the Centre for Cognitive Science at Rutgers University. He is the author of numerous articles in philosophy of mind and is co-author (with Jerry Fodor) of
Holism (Blackwell 1991). He is editor of
Truth and Interpretation (Blackwell 1989) and co-editor (with Robert Van Gulick) of
John Searle and His Critics (Blackwell 1992), as well as general editor of the series "Philosophers and Their Critics", also published by Blackwell.
Zenon Pylyshyn joined the faculty of Rutgers University as Board of Governors Professor of Cognitive Science and Director of the Rutgers Center for Cognitive Science in 1994. Pylyshyn has published over 60 scientific articles and book chapters, including a paper designated as a
Science Citation Classic, What the Mind's Eye Tells the Mind's Brain, Psychological Bulletin, (1973). He is on the editorial boards of eight scientific journals and on the International Scientific Advisory Board of the BC Advanced Systems Institute.
Riassunto
Provides a non-technical introduction to cognitive science, and the key issues that animate the field. This work explores subject areas such as Mind, Vision, Language, and Neuroscience, and contains selections on the foundations of cognitive science, cognition development, reasoning, object recognition, eye movements, and visual recognition.
