Brain Theory: Reprint VolumeWorld Scientific, 1988 - Всего страниц: 818 This volume consists of 44 classic and important contributions to brain theory before the enormous growth in interest and publications began in 1983. These papers span the topics of fundamental foundations, concepts, analysis and simulation of network dynamics, memory, information processing, and physical spin analogies. |
Содержание
PREFACE | 1 |
Hugh R Wilson and Jack D Cowan Excitatory and Inhibitory | 20 |
R L Beurle Properties of a Mass of Cells Capable of Regenerating | 55 |
J von Neumann Probabilistic Logics and the Synthesis of Reliable | 110 |
Wilfred Rall Electrophysiology of a Dendritic Neuron Model | 145 |
B CONCEPTS | 221 |
Menasche M Nass and Leon N Cooper A Theory for | 471 |
T J Sejnowski On Global Properties of Neuronal Interaction | 489 |
D ASSOCIATIVE MEMORY | 517 |
A M Uttley Properties of Plastic Networks Biophysical Journal 2 | 542 |
J A Anderson A Memory Storage Model Utilizing Spatial Correlation | 562 |
Holographic Associative Memory Nature 222 1969 960962 | 623 |
T Kohonen E Reuhkala K Makisara and L Vainio Associative | 636 |
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Часто встречающиеся слова и выражения
action potential activity afferent amplitude associative assumed assumption automata axon basic organs behavior brain bundle calculated cerebellar cortex cerebellum cerebral cortex computable configuration connections consider corresponding cortex cortical defined dendritic density discussed distribution effect elements Entscheidungsproblem equation example excitation excitatory fibers firing function given Golgi cell granule cells hysteresis impulses inhibition inhibitory input integration interaction large number layer learning machine mapping mass of cells mathematical matrix mechanism membrane memory modified mossy fibre motoneurons nerve nervous system netlet neural neurons operation output parameters pattern perceptron Physiol plane possible potential present probability problem properties Purkinje cell random receptive field receptors response retina sensory sensory receptors sequence Sheffer stroke shown in Figure signal single soma spatial spike stimulation structure symbols synapses theorem theory threshold tion variable vector visual visual cortex wave z₁