Introduction to Applied Fuzzy ElectronicsThis text provides a compact introduction to fuzzy logic from an applied electronics perspective. It presents fuzzy electronics as a generalization of digital electronics with the aim of making it easily accessible to practising engineers and students alike. Some ideas are introduced in mathematics to smooth the transition from digital electronics to fuzzy electronics, while some ideas are reviewed from neural networks to enable readers to pursue further advances in applied fuzzy logic. Exercises are designed both to reinforce concepts and practice numerical calculation, and the text encourages research and the use of the Internet's vast resources. |
Contents
Sets Boolean Logic and Algebra | 7 |
Fuzzy Sets | 26 |
Fuzzy Logic and Algebra | 57 |
Copyright | |
9 other sections not shown
Common terms and phrases
&& distance && speed a₁ a₂ algebra ART1 b₁ b₂ back-propagation biological Boolean BRAKES is LIGHT brakes power classification CLOSE then BRAKES complement control action crisp set defined defuzzification elements error example FAST and DISTANCE fuzzy ART fuzzy ARTMAP Fuzzy Competitive Learning fuzzy control system fuzzy flip-flop fuzzy logic Fuzzy Logic Control fuzzy min-max Fuzzy Neural Networks fuzzy neuron fuzzy relation fuzzy rules Fuzzy Systems fuzzy variables given hidden layers Hopfield network hyperbox IEEE Trans implementation input pattern Inverter learning algorithm logic circuits mathematical membership functions min-max Multilayer Perceptron Neural Networks neuro-fuzzy Neuro-Fuzzy Control nodes operation PID control pixel Self-organizing Sets and Systems shown in Figure signal SLOW and DISTANCE stability static void subset Sugeno sum_BRAKES+=result supervised learning truth table units universe of discourse VLSI voltage WCNN WCNN 93 weights William Kahan Zadeh zero µA(x µB(x
References to this book
Globalization [2 Volumes]: Encyclopedia of Trade, Labor, and Politics Ashish Vaidya No preview available - 2006 |