Brain Organization and Memory

1: J. Bures: Neurobiology of Memory: The Significance of Anomalous Findings PART I: Forms of Memory M. Gallagher: Introduction 2: T. J. Carew, et. al: The Development of Learning and Memory in Aplysia 3: R. G. M. Morris: Synaptic Plasticity, Neural Architecture, and Forms of Memory 4: P. C. Holland: Forms of Memory in Pavlovian Conditioning 5: M. K. Johnson: Functional Forms of Human Memory 6: N. M. Weinberger: Neuromnemonics: Forms and Contents 7: R. W. Doty: Time and Memory 8: A. P. Shimamura: Forms of Memory: Issues and Directions PART II: Regulation of Cortical Function in Memory M. R. Rosenzweig: Introduction 9: E. T. Rolls: Functions of Neuronal Networks in the Hippocampus and of Backprojections in the Cerebral Cortex in Memory 10: W. Singer: Ontogenetic Self-Organization and Learning 11: G. W. Van Hoesen: The Dissection by Alzheimer's Diseas of Cortical and Limbic Neural Systems Relevant to Memory 12: H. P. Killackey: The Neocortex and Memory Storage 13: R. A. Anderson and D. Zipser: A Network Model for Learned Spatial Representation in the Posterior Parietal Cortex 14: P. S. Goldman-Rakic: Cortical Localization of Working Memory PART III: Representations--Beyond the Single Cell G. L. Shaw: Introduction 15: L. N. Cooper et al.: Neural Networks: Test Tubes to Theorems 16: T. Kohonen: Notes on Neural Computing and Associative Memory 17: T. J. Sejnowski and G. Tesauro: Building Network Learning and Algorithms from Hebbian Synapses 18: C. von der Malsburg: A Neural Architecture for the Representation of Scenes 19: Representations: Who Needs Them? W. J. Freeman and C. A. Skarda 20: G. L. Gerstein: Interactions Within Neuronal Assemblies: Theory and Experiment 21: G. Lynch et al.: Neural Networks and Networks of Neurons