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Preface | p. ix |
Notation | p. xii |
Introduction and Examples | p. 1 |
How do neural methods differ? | p. 4 |
The pattern recognition task | p. 5 |
Overview of the remaining chapters | p. 9 |
Examples | p. 10 |
Literature | p. 15 |
Statistical Decision Theory | p. 17 |
Bayes rules for known distributions | p. 18 |
Parametric models | p. 26 |
Logistic discrimination | p. 43 |
Predictive classification | p. 45 |
Alternative estimation procedures | p. 55 |
How complex a model do we need? | p. 59 |
Performance assessment | p. 66 |
Computational learning approaches | p. 77 |
Linear Discriminant Analysis | p. 91 |
Classical linear discrimination | p. 92 |
Linear discriminants via regression | p. 101 |
Robustness | p. 105 |
Shrinkage methods | p. 106 |
Logistic discrimination | p. 109 |
Linear separation and perceptrons | p. 116 |
Flexible Discriminants | p. 121 |
Fitting smooth parametric functions | p. 122 |
Radial basis functions | p. 131 |
Regularization | p. 136 |
Feed-forward Neural Networks | p. 143 |
Biological motivation | p. 145 |
Theory | p. 147 |
Learning algorithms | p. 148 |
Examples | p. 160 |
Bayesian perspectives | p. 163 |
Network complexity | p. 168 |
Approximation results | p. 173 |
Non-parametric Methods | p. 181 |
Non-parametric estimation of class densities | p. 181 |
Nearest neighbour methods | p. 191 |
Learning vector quantization | p. 201 |
Mixture representations | p. 207 |
Tree-structured Classifiers | p. 213 |
Splitting rules | p. 216 |
Pruning rules | p. 221 |
Missing values | p. 231 |
Earlier approaches | p. 235 |
Refinements | p. 237 |
Relationships to neural networks | p. 240 |
Bayesian trees | p. 241 |
Belief Networks | p. 243 |
Graphical models and networks | p. 246 |
Causal networks | p. 262 |
Learning the network structure | p. 275 |
Boltzmann machines | p. 279 |
Hierarchical mixtures of experts | p. 283 |
Unsupervised Methods | p. 287 |
Projection methods | p. 288 |
Multidimensional scaling | p. 305 |
Clustering algorithms | p. 311 |
Self-organizing maps | p. 322 |
Finding Good Pattern Features | p. 327 |
Bounds for the Bayes error | p. 328 |
Normal class distributions | p. 329 |
Branch-and-bound techniques | p. 330 |
Feature extraction | p. 331 |
Statistical Sidelines | p. 333 |
Maximum likelihood and MAP estimation | p. 333 |
The EM algorithm | p. 334 |
Markov chain Monte Carlo | p. 337 |
Axioms for conditional independence | p. 339 |
Optimization | p. 342 |
Glossary | p. 347 |
References | p. 355 |
Author Index | p. 391 |
Subject Index | p. 399 |
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