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9780521644006

Applied Neural Networks for Signal Processing

by
  • ISBN13:

    9780521644006

  • ISBN10:

    0521644003

  • Format: Paperback
  • Copyright: 1999-01-13
  • Publisher: Cambridge University Press

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Summary

The use of neural networks in signal processing is becoming increasingly widespread, with applications in many areas. Applied Neural Networks for Signal Processing is the first book to provide a comprehensive introduction to this broad field. It begins by covering the basic principles and models of neural networks in signal processing. The authors then discuss a number of powerful algorithms and architectures for a range of important problems, and describe practical implementation procedures. A key feature of the book is that many carefully designed simulation examples are included to help guide the reader in the development of systems for new applications. The book will be an invaluable reference for scientists and engineers working in communications, control or any other field related to signal processing. It can also be used as a textbook for graduate courses in electrical engineering and computer science.

Table of Contents

Preface ix
Fundamental Models of Neural Networks for Signal Processing
1(31)
The discrete-Time Hopfield Neural Network
1(4)
The Continuous-Time Hopfield Neural Network
5(6)
Cellular Neural Networks
11(5)
Multilayer Perceptron Networks
16(4)
Self-Organizing Systems
20(2)
Radial Basis Function Networks
22(4)
High-Order Neural Networks
26(6)
Bibliography
29(3)
Neural Networks for Filtering
32(42)
Neural Network for the Least-Squares Algorithm
33(12)
Neural Networks for the Recursion Least-Squares Algorithm
45(4)
Neural Networks for the Constrained Least-Squares Algorithm
49(2)
Neural Networks for the Total-Least-Squares Algorithm
51(7)
Neural Networks for a Class of Nonlinear Filters
58(3)
Neural Networks for General Nonlinear Filters
61(4)
Fundamentals
61(2)
An Application Example: Signal Prediction
63(2)
Neural Networks for Generalized Stack Filters
65(9)
Bibliography
71(3)
Neural Networks for Spectral Estimation
74(47)
Maximum Entropy Spectral Estimation by Neural Networks
74(6)
Harmonic Retrieval by Neural Networks
80(14)
Neural Networks for Multichannel Spectral Estimation
94(14)
Neural Networks for Two-Dimensional Spectral Estimation
108(4)
Neural Networks for Higher-Order Spectral Estimation
112(9)
Bibliography
117(4)
Neural Networks for Signal Detection
121(31)
A Likelihood-Ratio Neural Network Detector
122(4)
Fundamentals of the Likelihood-Ratio Detector
122(2)
Structure of the Likelihood-Ratio Neural Network Detector
124(2)
Neural Networks for Signal Detection in Non-Gaussian Noise
126(4)
Neural Networks for Pulse Signal Detection
130(4)
Neural Networks for Weak Signal Detection in High-Noise Environments
134(4)
Neural Networks for Moving-Target Detection
138(14)
Bibliography
150(2)
Neural Networks for Signal Reconstruction
152(36)
Maximum Entropy Signal Reconstruction by Neural Networks
153(9)
Reconstruction of Binary Signals Using MLP Networks
162(6)
Reconstruction of Binary Signals Using RBF Networks
168(9)
Reconstruction of Binary Signals Using High-Order Neural Networks
177(4)
Blind Equalization Using Neural Networks
181(7)
Bibliography
185(3)
Neural Networks for Adaptive Extraction of Principal and Minor Components
188(52)
Adaptive Extraction of the First Principal Component
188(13)
Adaptive Extraction of the Principal Subspace
201(4)
Adaptive Extraction of the Principal Components
205(11)
Adaptive Extraction of the Minor Components
216(13)
Adaptive Extraction of the First Minor Component
217(6)
Adaptive Extraction of the Multiple Minor Components
223(6)
Robust and Nonlinear PCA Algorithms and Networks
229(4)
Unsupervised Learning Algorithms of Higher-Order Statistics
233(7)
Bibliography
236(4)
Neural Networks for Array Signal Processing
240(54)
Real-Time Implementation of Three DOA Estimation Methods Using Neural Networks
241(11)
The ML and Alternating Projection ML Methods
241(3)
The Propagator Method
244(2)
Real-Time Computation of the DOA Algorithms Using Neural Networks
246(6)
Neural Networks for the MUSIC Bearing Estimation Algorithm
252(19)
Computation of the Noise Subspace of the Repeated Smallest Eigenvalues
254(8)
Computation of the Noise Subspace in the General Case
262(9)
Neural Networks for the ML Bearing Estimation
271(9)
Hypothesis-Based Bearing Estimation Using Neural Networks
280(7)
Beamforming Using Neural Networks
287(7)
Bibliography
292(2)
Neural Networks for System Identification
294(41)
Fundamentals of System Identification
294(4)
System Identification Using MLP Networks
298(13)
System Identification Using RBF Networks
311(6)
Recurrent Neural Networks for System Identification
317(6)
Neural Networks for Real-Time System Identification
323(6)
Neural Networks for Real-Time Identification of SISO Systems
323(4)
Neural Networks for Real-Time Identification of MIMO Systems
327(2)
Blind System Identification and Neural Networks
329(6)
Bibliography
332(3)
Neural Networks for Signal Compression
335(30)
Neural Networks for Linear Predictive Coding
336(6)
MLP Networks for Nonlinear Predictive Coding
342(4)
High-Order Neural Networks for Nonlinear Predictive Coding
346(4)
Neural Networks for the Karhunen-Loeve Transform Coding
350(5)
Neural Networks for Wavelet Transform Coding
355(3)
Neural Networks for Vector Quantization
358(7)
Bibliography
362(3)
Index 365

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