Information Theory and the Brain
Herausgeber: Baddeley, Roland; Földiák, Peter; Hancock, Peter
Information Theory and the Brain
Herausgeber: Baddeley, Roland; Földiák, Peter; Hancock, Peter
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This book deals with information theory, a new and expanding area of neuroscience which provides a framework for understanding neuronal processing.
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This book deals with information theory, a new and expanding area of neuroscience which provides a framework for understanding neuronal processing.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 360
- Erscheinungstermin: 11. März 2016
- Englisch
- Abmessung: 235mm x 157mm x 24mm
- Gewicht: 672g
- ISBN-13: 9780521631976
- ISBN-10: 0521631971
- Artikelnr.: 29338840
- Herstellerkennzeichnung
- Books on Demand GmbH
- In de Tarpen 42
- 22848 Norderstedt
- info@bod.de
- 040 53433511
- Verlag: Cambridge University Press
- Seitenzahl: 360
- Erscheinungstermin: 11. März 2016
- Englisch
- Abmessung: 235mm x 157mm x 24mm
- Gewicht: 672g
- ISBN-13: 9780521631976
- ISBN-10: 0521631971
- Artikelnr.: 29338840
- Herstellerkennzeichnung
- Books on Demand GmbH
- In de Tarpen 42
- 22848 Norderstedt
- info@bod.de
- 040 53433511
List of contributors; Preface; 1. Introductory information theory and the
brain Roland Baddeley; Part I. Biological Networks: 2. Problems and
solutions in early visual processing Brian G. Burton; 3. Coding efficiency
and the metabolic cost of sensory and neural information Simon B. Laughlin,
John C. Anderson, David O'Carroll and Rob de Ruyter van Stevenick; 4.
Coding third-order image structure Mitchell Thomson; Part II. Information
Theory and Artificial Networks: 5. Experiments with low entropy neural
networks George Harpur and Richard Prager; 6. The emergence of dominance
stripes and orientation maps in a network of firing neurons Stephen P.
Luttrell; 7. Dynamic changes in receptive fields induced by cortical
reorganization Germán Mato and Néstor Parga; 8. Time to learn about objects
Guy Wallis; 9. Principles of cortical processing applied to and motivated
by artificial object recognition Norbert Krüger, Michael Pötzsch and
Gabriele Peters; 10. Performance measurement based on usable information
Martin Elliffee; Part III. Information Theory and Psychology: 11. Modelling
clarity change in spontaneous speech Matthew Aylett; 12. Free gifts from
connectionist modelling John A. Bullinaria; 13. Information and resource
allocation Janne Sinkkonen; Part IV. Formal Analysis: 14. Quantitative
analysis of a Schaffer collateral model Simon Schultz, Stefano Panzeri,
Edmund Rolls and Alessandro Treves; 15. A quantitative model of information
processing in CA1 Carlo Fulvi Mari, Stefano Panzeri, Edmund Rolls and
Alessandro Treves; 16. Stochastic resonance and bursting in a
binary-threshold neuron with intrinsic noise Paul C. Bressloff and Peter
Roper; 17. Information density and cortical magnification factors M. D.
Plumbley; References; Index.
brain Roland Baddeley; Part I. Biological Networks: 2. Problems and
solutions in early visual processing Brian G. Burton; 3. Coding efficiency
and the metabolic cost of sensory and neural information Simon B. Laughlin,
John C. Anderson, David O'Carroll and Rob de Ruyter van Stevenick; 4.
Coding third-order image structure Mitchell Thomson; Part II. Information
Theory and Artificial Networks: 5. Experiments with low entropy neural
networks George Harpur and Richard Prager; 6. The emergence of dominance
stripes and orientation maps in a network of firing neurons Stephen P.
Luttrell; 7. Dynamic changes in receptive fields induced by cortical
reorganization Germán Mato and Néstor Parga; 8. Time to learn about objects
Guy Wallis; 9. Principles of cortical processing applied to and motivated
by artificial object recognition Norbert Krüger, Michael Pötzsch and
Gabriele Peters; 10. Performance measurement based on usable information
Martin Elliffee; Part III. Information Theory and Psychology: 11. Modelling
clarity change in spontaneous speech Matthew Aylett; 12. Free gifts from
connectionist modelling John A. Bullinaria; 13. Information and resource
allocation Janne Sinkkonen; Part IV. Formal Analysis: 14. Quantitative
analysis of a Schaffer collateral model Simon Schultz, Stefano Panzeri,
Edmund Rolls and Alessandro Treves; 15. A quantitative model of information
processing in CA1 Carlo Fulvi Mari, Stefano Panzeri, Edmund Rolls and
Alessandro Treves; 16. Stochastic resonance and bursting in a
binary-threshold neuron with intrinsic noise Paul C. Bressloff and Peter
Roper; 17. Information density and cortical magnification factors M. D.
Plumbley; References; Index.
List of contributors; Preface; 1. Introductory information theory and the
brain Roland Baddeley; Part I. Biological Networks: 2. Problems and
solutions in early visual processing Brian G. Burton; 3. Coding efficiency
and the metabolic cost of sensory and neural information Simon B. Laughlin,
John C. Anderson, David O'Carroll and Rob de Ruyter van Stevenick; 4.
Coding third-order image structure Mitchell Thomson; Part II. Information
Theory and Artificial Networks: 5. Experiments with low entropy neural
networks George Harpur and Richard Prager; 6. The emergence of dominance
stripes and orientation maps in a network of firing neurons Stephen P.
Luttrell; 7. Dynamic changes in receptive fields induced by cortical
reorganization Germán Mato and Néstor Parga; 8. Time to learn about objects
Guy Wallis; 9. Principles of cortical processing applied to and motivated
by artificial object recognition Norbert Krüger, Michael Pötzsch and
Gabriele Peters; 10. Performance measurement based on usable information
Martin Elliffee; Part III. Information Theory and Psychology: 11. Modelling
clarity change in spontaneous speech Matthew Aylett; 12. Free gifts from
connectionist modelling John A. Bullinaria; 13. Information and resource
allocation Janne Sinkkonen; Part IV. Formal Analysis: 14. Quantitative
analysis of a Schaffer collateral model Simon Schultz, Stefano Panzeri,
Edmund Rolls and Alessandro Treves; 15. A quantitative model of information
processing in CA1 Carlo Fulvi Mari, Stefano Panzeri, Edmund Rolls and
Alessandro Treves; 16. Stochastic resonance and bursting in a
binary-threshold neuron with intrinsic noise Paul C. Bressloff and Peter
Roper; 17. Information density and cortical magnification factors M. D.
Plumbley; References; Index.
brain Roland Baddeley; Part I. Biological Networks: 2. Problems and
solutions in early visual processing Brian G. Burton; 3. Coding efficiency
and the metabolic cost of sensory and neural information Simon B. Laughlin,
John C. Anderson, David O'Carroll and Rob de Ruyter van Stevenick; 4.
Coding third-order image structure Mitchell Thomson; Part II. Information
Theory and Artificial Networks: 5. Experiments with low entropy neural
networks George Harpur and Richard Prager; 6. The emergence of dominance
stripes and orientation maps in a network of firing neurons Stephen P.
Luttrell; 7. Dynamic changes in receptive fields induced by cortical
reorganization Germán Mato and Néstor Parga; 8. Time to learn about objects
Guy Wallis; 9. Principles of cortical processing applied to and motivated
by artificial object recognition Norbert Krüger, Michael Pötzsch and
Gabriele Peters; 10. Performance measurement based on usable information
Martin Elliffee; Part III. Information Theory and Psychology: 11. Modelling
clarity change in spontaneous speech Matthew Aylett; 12. Free gifts from
connectionist modelling John A. Bullinaria; 13. Information and resource
allocation Janne Sinkkonen; Part IV. Formal Analysis: 14. Quantitative
analysis of a Schaffer collateral model Simon Schultz, Stefano Panzeri,
Edmund Rolls and Alessandro Treves; 15. A quantitative model of information
processing in CA1 Carlo Fulvi Mari, Stefano Panzeri, Edmund Rolls and
Alessandro Treves; 16. Stochastic resonance and bursting in a
binary-threshold neuron with intrinsic noise Paul C. Bressloff and Peter
Roper; 17. Information density and cortical magnification factors M. D.
Plumbley; References; Index.