Auditory Computation, Paperback by Hawkins, Harold L. (EDT); McMullen, Teresa...-image

Auditory Computation, Paperback by Hawkins, Harold L. (EDT); McMullen, Teresa...

$ 125.35

Language: English Publication Name: Auditory Computation Format: Trade Paperback Number of Pages: Xii, 518 Pages Book Title: Auditory Computation Subject: Life Sciences / Anatomy & Physiology (See Also Life Sciences / Human Anatomy & Physiology), Cognitive Psychology & Cognition height: 0.4 in width: 6.1 in Publisher: Springer New York Series: Springer Handbook of Auditory Research Ser. Subject Area: Science, Psychology Author: Teresa A. Mcmullen ISBN: 9781461284871 Item Length: 9.3 in Publication Year: 2011 Item Weight: 28.1 Oz Type: Textbook Item Height: 0.4 in Item Width: 6.1 in

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Auditory Computation, Paperback by Hawkins, Harold L. (EDT); McMullen, Teresa.... Auditory Computation, Paperback by Hawkins, Harold L. (EDT); McMullen, Teresa A. (EDT); Fay, Richard R. (EDT), ISBN 1461284872, ISBN-13 9781461284871, Brand New, Free shipping in the US The auditory system presents many features of a complex computational environment, as well as providing numerous opportunities for computational analysis. This volume represents an overview of computational approaches to understanding auditory system function. The chapters share the common perspective that complex information processing must be understood at multiple levels; that disciplines such as neurobiology, psychophysics, and computer science make vital contributions; and that the end product of computational analysis should be the development of formal models. Auditory Computation, Paperback by Hawkins, Harold L. (EDT); McMullen, Teresa A. (EDT); Fay, Richard R. (EDT), ISBN 1461284872, ISBN-13 9781461284871, Brand New, Free shipping in the US The auditory system presents many features of a complex computational environment, as well as providing numerous opportunities for computational analysis. This volume represents an overview of computational approaches to understanding auditory system function. The chapters share the common perspective that complex information processing must be understood at multiple levels; that disciplines such as neurobiology, psychophysics, and computer science make vital contributions; and that the end product of computational analysis should be the development of formal models.

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