Handbook of Neural Computation
Many scientists and engineers now use neural networks to tackle problems that are either intractable, or unrealistically time consuming to solve, through traditional computational strategies. To address the need for speedy dissemination of new ideas in this field to a broad spectrum of neural network users, designers and implementers, Oxford University Press and the Institute of Physics have joined forces to create a major reference publication devoted to neural network fundamentals, models, algorithms, applications and implementations. This work is intended to become the standard reference resource for the neural network community. The Handbook of Neural Computation will be produced in parallel in two updatable formats, looseleaf paper and CD-ROM, and will be kept up to date by means of supplements published on a regular basis. Details of new architectures, algorithms and applications may be submitted to the Handbook editors for peer review and possible inclusion in a future supplement to the Handbook. In this way we will create a moving compendium of the state of the art of neural computation. Key features of the Handbook of Neural Computation: * A hands-on guide to the design and implementation of neural networks * A comprehensive source of reference for all neural network users, designers and implementers * Provides an information pathway between scientists and engineers in different disciplines who apply neural networks to generically similar problems * Provides timely information in a rapidly changing field
Keywords: feedback network ; self-organizing feature map ; learning ; software implementation ; perceptron ; time series analysis ; neural computation ; case study ; neuron ; signal processing ; modelling of cognitive phenomena ; fundamentals ; functional-link network ; neural-evolutionary system ; data compression ; connectionism ; radial basis function ; control ; unsupervised learning ; connectionist network ; multilayer perceptron ; speech processing ; neocognitron ; Hopfield network ; recurrent neural network ; pattern classification ; image processing ; fuzzy-neural system ; adalaine ; neural network ; application ; neural computing ; neural expert system ; madalaine ; feedforward network ; artificial neural network ; associative memory ; LVQ ; combinatorial optimization ; hybrid system ; prediction ; adaptive resonance theory ; hardware implementation ; topology ; network analysis ; training ; backpropagation ; bidirectional associative memory ; supervised learning ; ontogenic neural network
The electronic version is expected in early 1997.
Record created on 2006-03-10, modified on 2016-08-08