Brain Organization and Memory

Brain Organization and Memory : Cells, Systems and Circuits

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Based on the 3rd annual conference of the Center for the Neurobiology of Learning and Memory. Leading researchers in psychology and neuroscience consider current findings on brain organization and its role in memory, with special reference to the cerebral cortex. The book is aimed at cognitive psychologists, neuroscientists, and their graduate more

Product details

  • Hardback | 426 pages
  • 150 x 230 x 31.75mm | 886g
  • Oxford University Press Inc
  • New York, United States
  • English
  • 12 half-tones, 93 line drawings, index
  • 0195054962
  • 9780195054965

Table of contents

Jan Bures: Perspective on approaches to learning and memory; Part I: Forms of memory: Michela Gallagher: Introduction; Thomas J. Carew, Emilie A. M arcus, Thomas G. Nolan, Catharine H. Rankin, & Mark Stopfer: The development of learning and memory in Aplysia ; Richard G.M. Morris: Synaptic plasticity, neural architecture, and forms of memory; Peter C. Holland: Forms of memory in Pavlovian conditioning; Marcia K. Johnson: Functional forms of human memory; Commentaries and alternative perspectives: Norman M. Weinberger: Neuroanemonics: forms and contents; Robert W. Doty: Time and memory; Arthur P. Shimamura: Forms of memory: issues and directions; Part II: Regulation of cortical function in memory: Mark R. Rosenzweig: Introduction; Edmund T. Rolls: Function of neuronal networks in the hippocampus and of backprojections in the cerebral cortex in memory; Wolf Singer: Ontogenetic self-organisation and learning; Gary W. Van Hoesen: The dissection of cortical and limbic neural systems relevant to memory by Alzheimer's disease; Commentaries and alternative perspectives: Herbert P. Killackey: The neocortex and memory storage; Richard A. Anderson, & David Zipser: A network model for learned spatial representation in the posterior parietal cortex; Patricia S. Goldman-Rakic: Cortical localization of working memory; Part III: Representations: beyond the single cell: Gordon L. Shaw: Introduction; Leon N. Cooper, Mark F. Bear, Ford F. Ebner, & Christopher Scofield: Neural networks: test tubes to theorems; Teuvo Kohonen: Notes on neural computing and associative memory; Terrence J. Sejnowski, & Gerald Tesauro: Building network learning algorithms from Hebbian synapses; Christoph von der Malsberg: A neural architecture for the representation of scenes; Commentaries and alternative perspectives: Walter J. Freeman, & Christine A. Skarda: Representations: who needs them?; George L. Gerstein: Interactions within neuronal assemblies: theory and experiment; Gary Lynch, John Larson, Dominique Mueller, & Richard Granger: Neural networks and networks of more