Associative Neural Memories: Theory and Implementation

Hassoun, Mohamad H.; editor:

Verlag: Oxford University Press (1993), New York / Oxford, 1993

Beschreibung

24x17cm, xxi,350 pp Contains 19 papers.Includes: M.A. Hassoun "Dynamic Associative Neural Memories"; D.L. Alkon; et al: "Biological Plausibility of Artificial Neural Networks: Learning by Non-Hebbian Synapses"; P. Kanerva "Sparse Distributed Memory & Related Models"; J.A. Anderson "The BSB Model: A Simple Nonlinear Autoassociative Neural Network"; Y.-F. Wang " Bidirectional Associative Memories"; A. Dembo "High-Density Associative Memories"; B. Baird & F. Eeckman "A Normal Form Projection Algorithm for Associative Memory"; S.-I. Amari & H.-F. Yanai "Statistical Neurodynamics of Various Types of Associative Nets"; R. Paturi "Convergence Analysis of Associative Memories"; F.R. Waugh; et al: "Nonlinear Dynamics of Analog Associative Memories"; S. Hui; et al: "Dynamics & Stability Analysis of the Brain-State-in-a-Box (BSB) Neural Models"; G. Pancha & S.S. Venkatesh "Feature & Memory-Selective Error Correction in Neural Associative Memory"; S. Yoshizawa; et al: " Analysis of Dynamics & Capacity of Associative Memory Using a Nonmonotonic Neuron Model"; P.-C. Chung & T.F. Krile "Fault-Tolerance of Optical & Electronic Hebbian-type Associative Memories"; M. Verleysen; et al: "Analog Implementation of an Associative Memory: Learning Algorithm & VLSI Constraints"; T.-D. Chiueh & R.M. Goodman " Recurrent Correlation Associative Memories & their VLSI Implementation"; K.A. Boahen & A.G, Andreou "Design of a Bidirectional Associative Memory Chip"; F.T.S. Yu "Optical Implementation of Programmable Associative Memories"; etc. Minor rubbing. Light page-edge & binding soil. VG.

Bestandsnummer des Verkäufers 009389

Bibliografische Details

• Titel: Associative Neural Memories: Theory and Implementation
• Verlag: Oxford University Press (1993), New York / Oxford
• Erscheinungsjahr: 1993
• Einband: orig.cloth
• Illustrator: Textual graphs & tables.
• Verkäuferkataloge:
  • Artificial Neural Networks