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9783790812893

Fuzzy and Neuro-Fuzzy Intelligent Systems

by ; ; ;
  • ISBN13:

    9783790812893

  • ISBN10:

    3790812897

  • Edition: 1st
  • Format: Hardcover
  • Copyright: 2000-05-01
  • Publisher: Springer-Verlag New York Inc
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Supplemental Materials

What is included with this book?

Summary

Provides an introduction to basic concepts as well as some advancements in fuzzy set theory, approximate reasoning, artificial neural networks, and clustering methods.

Table of Contents

Preface vii
Classical sets and fuzzy sets Basic definitions and terminology
1(26)
E. Czogala
J. Leski
Classical sets
1(2)
Fuzzy sets
3(2)
Operations on fuzzy sets
5(10)
Classification of t-norms and t-conorms
15(2)
De Morgan triple and other properties of t- and s-norms
17(2)
Parameterized t-, s-norms and negations
19(2)
Fuzzy relations
21(1)
Cylindrical extension and projection of fuzzy sets
22(1)
Extension principle
23(1)
Linguistic variable
24(2)
Summary
26(1)
Bibliography notes
26(1)
Approximate reasoning
27(38)
J. Leski
E. Czogala
Interpretation of fuzzy conditional statement
27(2)
An approach to axiomatic definition of fuzzy implication
29(3)
Compositional rule of inference
32(6)
Fuzzy reasoning
38(2)
Canonical fuzzy if-then rule
40(3)
Aggregation operation
43(2)
Approximate reasoning using a fuzzy rule base
45(1)
Approximate reasoning with singletons
46(1)
Fuzzifiers and defuzzifiers
47(4)
Equivalence of approximate reasoning results using different interpretations of if-then rules
51(2)
Numerical results
53(10)
Summary
63(2)
Bibliographical notes
64(1)
Artificial neural networks
65(28)
J. Leski
Introduction
65(2)
Artificial neural networks topologies
67(4)
Feedforward multilayer networks
67(2)
Radial basis function networks
69(1)
Recurrent networks
70(1)
Learning in artificial neural networks
71(1)
Back-propagation learning rule
72(4)
Modifications of the classic back-propagation method
76(2)
Optimization methods in neural networks learning
78(4)
Networks with output linearly depending on parameters
82(5)
Global optimization methods
87(5)
Summary
92(1)
Bibliographical notes
92(1)
Unsupervised learning Clustering methods
93(36)
J. Leski
Introduction
93(1)
Self-organizing feature map
93(4)
Vector quantization and learning vector quantization
97(2)
An overview of clustering methods
99(8)
Hierarchical clustering
101(1)
Graph theoretic clustering
102(1)
Decomposition of density function
103(2)
Clustering by minimizing criterion function
105(2)
Fuzzy clustering methods
107(6)
A possibilistic approach to clustering
113(5)
New generalized weighted conditional fuzzy c-means
118(2)
Fuzzy learning vector quantization
120(3)
Cluster validity
123(3)
Summary
126(3)
Bibliographical notes
127(2)
Fuzzy systems
129(12)
J. Leski
E. Czogala
Introduction
129(1)
The Mamdani fuzzy systems
130(1)
The Takagi-Sugeno-Kang fuzzy systems
131(2)
Fuzzy systems with parameterized consequents
133(6)
Summary
139(2)
Bibliographical notes
139(2)
Neuro-fuzzy systems
141(22)
J. Leski
E. Czogala
Introduction
141(3)
Artificial neural network based fuzzy inference system
144(6)
Classifier based on neuro-fuzzy system
150(2)
ANNBFIS optimization using deterministic annealing
152(2)
Further investigations of neuro-fuzzy systems
154(9)
Summary
154(1)
Bibliographical notes
155(1)
Artificial neural network based fuzzy inference system-a MATLAB implementation
156(5)
Proof of classifier learning convergence
161(2)
Applications of artificial neural network based fuzzy inference system
163(18)
J. Leski
E. Czogala
Introduction
163(1)
Application to chaotic time series prediction
163(3)
Application to ECG signal compression
166(1)
Application to Ripley's synthetic two-class data classification
167(3)
Application to the recognition of diabetes in Pima Indians
170(1)
Application to the iris problem
171(1)
Application to Monk's problems
171(2)
Application to system identification
173(2)
Application to control
175(2)
Application to channel equalization
177(2)
Summary
179(2)
Biographical notes
180(1)
References 181(10)
List of notations and abbreviations 191

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