Introduction to Applied Fuzzy Electronics provides a self-contained, compact introduction to fuzzy logic from an applied electronics point of view.

Features:

• Presents fuzzy electronics as a generalization of digital electronics with the goal of making fuzzy logic easily accessible to practicing engineers
• Offers a clear, concise, easily accessible approach to fuzzy logic
• Supports discussions with numerous examples providing frequent opportunities to put newly covered concepts into use
• Introduces some ideas in mathematics to smooth the transition from digital electronics to fuzzy electronics

Contents

Sets, Boolean Logic and Algebra

• Definition of a set
• Description of a set
• Operations on sets
• Relations
• Boolean algebra

Fuzzy Sets

• Basic concepts
• Operations on fuzzy sets
• Algebraic operations
• Fuzzy relations
• Geometrical illustration Philosophical implications

Fuzzy Logic Algebra

• Fuzzy logic
• Fuzzy algebra
• Truth tables
• Fuzzy functions
• Concepts of fuzzy logic circuits
• Fuzzy flip-flops
• Fuzzy logic circuits in current-mode
• Fuzzy numbers

Fuzzy Control

• Conventional control systems
• Fuzzy logic control systems
• Fuzzy logic control vs. PID control
• Examples of industrial applications of FLC
• Stability

Electronic Neural Networks

• The biological system
• Learning
• Neural networks models
• VLSI implementation of neural networks

Fuzzy Neural Networks

• Fuzzy multilayer perceptron
• Fuzzy competitive learning
• Fuzzy ART
• Fuzzy min-max networkd
• Fuzzy neurons
• Fuzzy neural control systems

Appendices
Index

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