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內容簡介

　　本書清楚而詳細地論述了基本的神經網絡體系結構和訓練方法、作者重點調了三項內容：一是神經網絡的數學分析，二是神經網絡的訓練方法三是神經網絡的工程應用——主要是在模式識別、信號處理和控制系統(tǒng)領域的應用。本書特點：·廣泛論述了能力學習方面的內容，包括Widrow-Hoff規(guī)則、反向傳播算法和一些增強的反向傳播算這（例如，變梯度法，Levenberg-Marquardt動量項法）·討論了回歸互聯記憶神經網絡（例如．Hopfield神經網絡）·給出多個解決問題的詳細實例：·以簡單的積木形式解釋了互聯神經網絡和競爭神經網絡（包括特征映射、學習矢量量化和自適應共振理論）?！ぬ峁┝擞肕ATLAB4．O實現的神經網絡設計演示程序（包含學生版和專業(yè)版）這是一本非常優(yōu)秀的著作很難見到寫得這么好的書。本書無論是插圖還是范例都是一流的這些插圖和范例不但豐富了內容，而且還增加了直覺感。

作者簡介

暫缺《神經網絡設計（英文影印版）》作者簡介

圖書目錄

Preface
1. Introduction
Objectives
History
Applications
Biological Inspiration
Further Reading
2. Neuron Model and Network Architectures
Objectives
Theory and Examples
Notation
Neuron Model
Single-Input Neuron
Transfer Functions
Multiple-Input Neuron
Network Architectures
A Layer of Neurons
Multiple Layers of Neurons
Recrrent Networks
Summary of Results
Solved Problems
Epilogue
Exercises
3. An Illustrative Example
Objectives
Theory and Examples
Problem Statement
Perceptron
Two-Input Case
Pattern Recognition Example
Hamming Network
Feedforward Layer
Recurrent Layer
Hopfield Network
Epilogue
Exercise
4. Perceptron Learning Rule
Objectives
Theory and Examples
Learning Rules
Perceptron Architecture
Single-Neuron Perceptron
Multiple-Neuron Perceptron
Perceptron Learning Rule
Test Problem
Constructing Learning Rules
Unified Learning Rule
Training Multiple-Neuron Perceptrons
Proof of Convergence
Notation
Proof
Limitations
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
5. Signal and Weight Vector Spaces
Objectives
Theory and Examples
Linear Vector Spaces
Linear independence
Spanning a Space
Inner Product
Norm
Orthogonality
Gram-Schmidt Orthogonalization
Vector Expansions
Reciprocal Basis Vectors
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
6. Linear Transformations for Neural Networks
Objectives
Theory and Examples
Linear Transformations
Matrix Representations
Change of Basis
Eigenvalues and Eigenvectors
Diagonalization
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
7. Supervised Hebbian Learning
Objectives
Theory and Examples
Linear Associator
The Hebb Rule
Performance Analysis
Pseudoinverse Rule
Application
Variations of Hebbian Learning
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
8. Performance Surfaces and Optimum Points
Objectives
Theory and Examples
Taylor Series
Vector Case
Directional Derivatives
Minima
Necessary Conditions for Optimality
First-Order Conditions
Second-Order Conditions
Quadratic Functions
Eigensystem of the Hessian
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
9. Performance Optimization
Objectives
Theory and Examples
Steepest Descent
Stable Learning Rates
Minimizing Along a Line
Newton's Method
Conjugate Gradient
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
10. Widrow-Hoff Learning
Objectives
Theory and Examples
ADALINE Network
Single ADALINE
Mean Square Error
LMS Algorithm
Analysis of Convergence
Adaptive Filtering
Adaptive Noise Cancellation
Echo Cancellation
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
11. Backpropagation
Objectives
Theory and Examples
Multilayer Perceptrons
Pattern Classification '
Function Approximation
The Backpropagation Algorithm
Performance Index
Chain Rule
Backpropagating the Sensitivities
Summary '
Example
Using Backpropagation
Choice of Network Architecture
Convergence
Generalization
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
12. Variations on Backpropagation
Objectives
Theory and Examples
Drawbacks of Backpropagation
Performance Surface Example
Convergence Example
Heuristic Modifications of Backpropagation
Momentum
Variable Learning Rate
Numerical Optimization Techniques
Conjugate Gradient
Levenberg-Marquardt Algorithm
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
13. Assoeiative Learning
Objectives
Theory and Examples
Simple Associative Network
Unsupervised Hebb Rule
Hebb Rule with Decay
Simple Recognition Network
Instar Rule
Kohonen Rule
Simple Recall Network
Outstar Rule
Summary of Results
Solved Problems .
Epilogue
Further Reading
Exercises
14. Competitive Networks
Objectives
Theory and Examples
Hamming Network
Layer 1
Layer 2
Competitive Layer
Competitive Learning
Problems with Competitive Layers
Competitive Layers in Biology
Self-Organizing Feature Maps
Improving Feature Maps
Learning Vector Quantization
LVQ Learning
Improving LVQ Networks (LVQ2)
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
15. Grossberg Network
Objectives
Theory and Examples
Biological Motivation: Vision
Illusions
Vision Normalization
Basic Nonlinear Model
Two-Layer Competitive Network
Layer 1
Layer 2
Choice of Transfer Function
Learning Law
Relation to Kohonen Law
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
16. Adaptive Resonance Theory
Objectives
Theory and Examples
Overview of Adaptive Resonance
Layer 1
Steady State Analysis '
Layer 2
Orienting Subsystem
Learning Law: LI-L2
Subset/Superset Dilemma
Learning Law
Learning Law: L2-LI
ARTI Algorithm Summary
Initialization
Algorithm
Other ART Architectures
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
17. Stability
Objectives
Theory and Examples
Recurrent Networks
Stability Concepts
Definitions
Lyapunov Stability Theorem
Pendulum Example
LaSalle's Invariance Theorem
Definitions
Theorem
Example
Comments
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
18. Hopfield Network
Objectives
Theory and Examples
Hopfield Model
Lyapunov Function
Invariant Sets
Example
Hopfield Attractors
Effect of Gain
Hopfield Design
Content-Addressable Memory
Hebb Rule
Lyapunov Surface
Summary of Results
Solved Problems
Epilogue
Further Reading
Exercises
19. Epilogue
Objectives
Theory and Examples
Feedforward and Related Networks
Competitive Networks
Dynamic Associative Memory Networks
Classical Foundations of Neural Networks
Books and Journals
Epilogue
Further Reading