Wiley-Blackwell Understanding Cognitive Science

Review "Dawson knows how to write charming prose and to apply his talent to unravelling hard ideas. Few people can write about cognitive science methodology in such a disarmingly easy-to-read style. This is not only a thorough book that reaches into all the serious issues of the day, but it is one that is more accessible than any I have read." Zenon Pylyshyn, Professor of Cognitive Science, Rutgers University "Dawson's book is a fine treatment of the computational and psychological heartland of cognitive science for senior students. There is no serious competition. Many texts are a forced march through the disciplines. By contrast, Dawson has found what he calls the 'unifying glue' that keeps the different disciplines within cognitive science working together." Andrew Brook, Carleton University "This is not a novel hypothesis, but Dawson's use of the tri-level hypothesis to drive a cognitive science text is admirable. Dawson's book is very readable and will suit advanced-level undergraduates or postgraduates cognitive science students with a speciality in one of the contributing disciplines. This is a book which I recommend not just as a text, but as essential reading for practising cognitive scientists." Richard Cooper, Times Higher Education Supplement "....this new unique casebook ismore than a welcome compliment to existing learning materials, it is the first vehicle to educating students for the global retailer's market." Journal of Retialing and Consumter Services Product Description This concise introduction to cognitive science provides undergraduate and graduate students with the theoretical foundations of classical and connectionist cognitive science to explain and teach the underlying unity of the field. From the Publisher Blackwell PublishersThis concise introduction to cognitive science provides the theoretical foundations of classical and connectionist cognitive science to illustrate the underlying unity of the field. It approaches cognitive science through the 'tri-level hypothesis' which assumes that the diverse fields of cognitive science should not be studied together, but also in constant communication with each other, rather than as a collection of otherwise only cognitive friendly disciplines. Assuming the foundational idea that cognition is information processing, UNDERSTANDING COGNITIVE SCIENCE describes different levels of analysis through the discussion of processes such as language, learning, vision, and memory. It closes by analyzing the anti-computational arguments against the traditional cognitive science orthodoxy, examining the mind as a dynamic system rather than a computer and picturing connectionism as an alternative to computationalism. The coverage of these debates serves to define the current discipline of cognitive science and to overview the controversies surrounding the field. From the Inside Flap This concise introduction to cognitive science provides undergraduate and graduate students with the theoretical foundations of classical and connectionist cognitive science to explain the and teach the underlying unity of the field. Understanding Cognitive Science approaches cognitive science through the "tri-level hypothesis" which assumes that the diverse fields of cognitive science should not be studied together, but also in constant communication with each other, rather than as a collection of otherwise only cognitively friendly disciplines. From the Back Cover This concise introduction to cognitive science provides undergraduate and graduate students with the theoretical foundations of classical and connectionist cognitive science to explain the and teach the underlying unity of the field. Understanding Cognitive Science approaches cognitive science through the "tri-level hypothesis" which assumes that the diverse fields of cognitive science should not be studied together, but also in constant communication with each other, rather than as a col