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Foreword | p. v |
Introduction | p. 1 |
Selected issues of artificial intelligence | p. 7 |
Introduction | p. 7 |
An outline of artificial intelligence history | p. 8 |
Expert systems | p. 10 |
Robotics | p. 11 |
Processing of speech and natural language | p. 13 |
Heuristics and research strategies | p. 15 |
Cognitivistics | p. 16 |
Intelligence of ants | p. 17 |
Artificial life | p. 19 |
Bots | p. 20 |
Perspectives of artificial intelligence development | p. 22 |
Notes | p. 23 |
Methods of knowledge representation using rough sets | p. 25 |
Introduction | p. 25 |
Basic terms | p. 27 |
Set approximation | p. 34 |
Approximation of family of sets | p. 44 |
Analysis of decision tables | p. 46 |
Application of LERS software | p. 54 |
Notes | p. 61 |
Methods of knowledge representation using type-1 fuzzy sets | p. 63 |
Introduction | p. 63 |
Basic terms and definitions of fuzzy sets theory | p. 63 |
Operations on fuzzy sets | p. 76 |
The extension principle | p. 83 |
Fuzzy numbers | p. 87 |
Triangular norms and negations | p. 96 |
Fuzzy relations and their properties | p. 108 |
Approximate reasoning | p. 112 |
Basic rules of inference in binary logic | p. 112 |
Basic rules of inference in fuzzy logic | p. 114 |
Inference rules for the Mamdani model | p. 118 |
Inference rules for the logical model | p. 119 |
Fuzzy inference systems | p. 122 |
Rules base | p. 123 |
Fuzzification block | p. 124 |
Inference block | p. 125 |
Defuzzification block | p. 131 |
Application of fuzzy sets | p. 134 |
Fuzzy Delphi method | p. 134 |
Weighted fuzzy Delphi method | p. 138 |
Fuzzy PERT method | p. 139 |
Decision making in a fuzzy environment | p. 142 |
Notes | p. 153 |
Methods of knowledge representation using type-2 fuzzy sets | p. 155 |
Introduction | p. 155 |
Basic definitions | p. 156 |
Footprint of uncertainty | p. 160 |
Embedded fuzzy sets | p. 162 |
Basic operations on type-2 fuzzy sets | p. 164 |
Type-2 fuzzy relations | p. 169 |
Type reduction | p. 172 |
Type-2 fuzzy inference systems | p. 178 |
Fuzzification block | p. 178 |
Rules base | p. 180 |
Inference block | p. 180 |
Notes | p. 186 |
Neural networks and their learning algorithms | p. 187 |
Introduction | p. 187 |
Neuron and its models | p. 188 |
Structure and functioning of a single neuron | p. 188 |
Perceptron | p. 190 |
Adaline model | p. 196 |
Sigmoidal neuron model | p. 202 |
Hebb neuron model | p. 206 |
Multilayer feed-forward networks | p. 208 |
Structure and functioning of the network | p. 208 |
Backpropagation algorithm | p. 210 |
Backpropagation algorithm with momentum term | p. 218 |
Variable-metric algorithm | p. 220 |
Levenberg-Marquardt algorithm | p. 221 |
Recursive least squares method | p. 222 |
Selection of network architecture | p. 225 |
Recurrent neural networks | p. 232 |
Hopfield neural network | p. 232 |
Hamming neural network | p. 236 |
Multilayer neural networks with feedback | p. 238 |
BAM network | p. 238 |
Self-organizing neural networks with competitive learning | p. 240 |
WTA neural networks | p. 240 |
WTM neural networks | p. 246 |
ART neural networks | p. 250 |
Radial-basis function networks | p. 254 |
Probabilistic neural networks | p. 261 |
Notes | p. 263 |
Evolutionary algorithms | p. 265 |
Introduction | p. 265 |
Optimization problems and evolutionary algorithms | p. 266 |
Type of algorithms classified as evolutionary algorithms | p. 267 |
Classical genetic algorithm | p. 268 |
Evolution strategies | p. 289 |
Evolutionary programming | p. 307 |
Genetic programming | p. 309 |
Advanced techniques in evolutionary algorithms | p. 310 |
Exploration and exploitation | p. 310 |
Selection methods | p. 311 |
Scaling the fitness function | p. 314 |
Specific reproduction procedures | p. 315 |
Coding methods | p. 317 |
Types of crossover | p. 320 |
Types of mutation | p. 322 |
Inversion | p. 323 |
Evolutionary algorithms in the designing of neural networks | p. 323 |
Evolutionary algorithms applied to the learning of weights of neural networks | p. 324 |
Evolutionary algorithms for determining the topology of the neural network | p. 327 |
Evolutionary algorithms for learning weights and determining the topology of the neural network | p. 330 |
Evolutionary algorithms vs fuzzy systems | p. 332 |
Fuzzy systems for evolution control | p. 333 |
Evolution of fuzzy systems | p. 335 |
Notes | p. 344 |
Data clustering methods | p. 349 |
Introduction | p. 349 |
Hard and fuzzy partitions | p. 350 |
Distance measures | p. 354 |
HCM algorithm | p. 357 |
FCM algorithm | p. 359 |
PCM algorithm | p. 360 |
Gustafson-Kessel algorithm | p. 361 |
FMLE algorithm | p. 363 |
Clustering validity measures | p. 364 |
Illustration of operation of data clustering algorithms | p. 367 |
Notes | p. 369 |
Neuro-fuzzy systems of Mamdani, logical and Takagi-Sugeno type | p. 371 |
Introduction | p. 371 |
Description of simulation problems used | p. 372 |
Polymerization | p. 372 |
Modeling a static non-linear function | p. 373 |
Modeling a non-linear dynamic object (Nonlinear Dynamic Problem - NDP) | p. 373 |
Modeling the taste of rice | p. 374 |
Distinguishing of the brand of wine | p. 374 |
Classification of iris flower | p. 374 |
Neuro-fuzzy systems of Mamdani type | p. 375 |
A-type systems | p. 375 |
B-type systems | p. 377 |
Mamdani type systems in modeling problems | p. 378 |
Neuro-fuzzy systems of logical type | p. 390 |
M1-type systems | p. 392 |
M2-type systems | p. 399 |
M3-type systems | p. 405 |
Neuro-fuzzy systems of Takagi-Sugeno type | p. 410 |
M1-type systems | p. 413 |
M2-type systems | p. 414 |
M3-type systems | p. 416 |
Learning algorithms of neuro-fuzzy systems | p. 418 |
Comparison of neuro-fuzzy systems | p. 435 |
Models evaluation criteria taking into account their complexity | p. 437 |
Criteria isolines method | p. 439 |
Notes | p. 448 |
Flexible neuro-fuzzy systems | p. 449 |
Introduction | p. 449 |
Soft triangular norms | p. 449 |
Parameterized triangular norms | p. 452 |
Adjustable triangular norms | p. 456 |
Flexible systems | p. 461 |
Learning algorithms | p. 463 |
Basic operators | p. 470 |
Membership functions | p. 471 |
Constraints | p. 473 |
H-functions | p. 473 |
Simulation examples | p. 479 |
Polymerization | p. 480 |
Modeling the taste of rice | p. 480 |
Classification of iris flower | p. 482 |
Classification of wine | p. 484 |
Notes | p. 492 |
References | p. 495 |
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The Used, Rental and eBook copies of this book are not guaranteed to include any supplemental materials. Typically, only the book itself is included. This is true even if the title states it includes any access cards, study guides, lab manuals, CDs, etc.