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Preface | xi | |
1 | Knowledge-Based Systems | 1 |
1.1 | Early Expert Systems | 2 |
1.2 | Roles, Tasks, Applications | 4 |
1.3 | Structure of an Expert System | 5 |
1.4 | Knowledge Representation | 6 |
1.5 | To use, or not to use? | 7 |
1.6 | Verification and Validation | 10 |
1.7 | The rest of this book | 12 |
1.8 | Bibliographic Notes | 15 |
Bibliography | 17 | |
2 | Practical Reasoning | 19 |
2.1 | Formal Inference | 20 |
2.1.1 | Syntax | 20 |
2.1.2 | Inference Rules | 21 |
2.1.3 | Semantics | 23 |
2.2 | Temporal Logic | 25 |
2.3 | Non-Monotonic Reasoning | 28 |
2.4 | Truth Maintenance | 31 |
2.5 | Model Based Reasoning | 33 |
2.6 | Bibliographic Notes | 35 |
Bibliography | 37 | |
2.7 | Exercises | 39 |
3 | Uncertainty | 41 |
3.1 | Probability | 42 |
3.2 | Likelihoods of Sufficiency and Necessity | 45 |
3.3 | Probabilistic Inference Networks | 48 |
3.4 | Interpolating Conditional Probabilities | 51 |
3.5 | Combining Evidence | 55 |
3.6 | Logical Inferences in Probabilistic Networks | 60 |
3.7 | Cycles and Multiple Dependencies | 63 |
3.8 | Reasoning in Acyclic Networks | 66 |
3.9 | Decision Theory and Utilities | 75 |
3.9.1 | Expected-Value Decision-Making | 75 |
3.9.2 | Utility Theory | 78 |
3.10 | Dempster-Shafer Calculus | 82 |
3.10.1 | Belief Mass | 82 |
3.10.2 | Combining Evidence | 83 |
3.11 | Fuzzy Systems | 85 |
3.12 | Certainty Factors | 87 |
3.12 | Bibliographic Notes | 89 |
Bibliography | 91 | |
3.14 | Exercises | 93 |
4 | Rule Based Programming | 99 |
4.1 | Grammar Rules | 100 |
4.2 | Rewrite Rules | 101 |
4.2.1 | Petri Nets | 102 |
4.3 | Ordering the rules | 103 |
4.4 | Backward ho! | 105 |
4.5 | Production Rules | 107 |
4.6 | Inference Engine | 113 |
4.7 | Matching | 114 |
4.8 | Conflict Resolution | 118 |
4.9 | Specifying and Verifying Rules | 120 |
4.9.1 | Reasoning about actions | 122 |
4.9.2 | Nondeterminism | 122 |
4.9.3 | Variables | 124 |
4.9.4 | Priorities | 124 |
4.10 | Bibliographic Notes | 125 |
Bibliography | 127 | |
4.11 | Exercises | 129 |
5 | Evolving Classifiers | 133 |
5.1 | Learning Classifier Systems | 134 |
5.2 | Representation | 136 |
5.3 | Rule Firing | 138 |
5.4 | Credit Allocation | 140 |
5.5 | Rule Discovery | 143 |
5.6 | Grouping Rules | 145 |
5.7 | Examples of Classifier Systems | 147 |
5.8 | Bibliographic Notes | 150 |
Bibliography | 153 | |
6 | Connectionist Systems | 157 |
6.1 | Neural Networks | 158 |
6.1.1 | Node Functions | 159 |
6.1.2 | Network Architecture | 160 |
6.1.3 | Neural Learning | 161 |
6.1.4 | Connectionism and Expert Systems | 163 |
6.2 | KBCNN | 163 |
6.3 | MACIE | 166 |
6.4 | Bibliographic Notes | 171 |
Bibliography | 173 | |
6.5 | Exercises | 175 |
7 | Case Based Reasoning Systems | 177 |
7.1 | Overview | 178 |
7.2 | Retrieval | 180 |
7.3 | Adaptation | 183 |
7.3.1 | Derivational Adaptation | 184 |
7.3.2 | Structural Adaptation | 185 |
7.4 | Case Library | 186 |
7.4.1 | Constructing the Case Library | 187 |
7.4.2 | Hierarchical Organization of Cases | 188 |
7.5 | Interfaces and Feedback | 189 |
7.6 | Case Based Learning | 190 |
7.7 | Examples | 191 |
7.8 | Analogical Reasoning | 193 |
7.9 | Bibliographic Notes | 195 |
Bibliography | 197 | |
7.10 | Exercises | 199 |
8 | Knowledge Acquisition | 201 |
8.1 | Key Concerns | 202 |
8.1.1 | Hurdles | 202 |
8.1.1.1 | Language problems | 202 |
8.1.1.2 | Difficulty | 203 |
8.1.1.3 | Fallibility | 203 |
8.1.1.4 | Resistance | 204 |
8.1.1.5 | Interpretation | 204 |
8.1.2 | Procedure | 205 |
8.2 | Interacting with Experts | 208 |
8.2.1 | Unstructured Meetings | 209 |
8.2.2 | Nominal-Group Technique | 209 |
8.2.3 | Delphi Method | 210 |
8.2.4 | Blackboarding | 210 |
8.2.5 | Structured Interviews | 210 |
8.2.6 | Case Studies | 211 |
8.2.6.1 | Retrospective Case Study | 211 |
8.2.6.2 | Observational Case Study | 212 |
8.2.7 | Combining Different Techniques | 212 |
8.3 | Personal Construct Technology | 212 |
8.3.1 | Grid Analysis | 213 |
8.3.2 | Logic of Confirmation | 217 |
8.3.3 | Rule Generation Procedure | 218 |
8.4 | Induction of Knowledge | 219 |
8.4.1 | Splitting | 221 |
8.4.2 | Multi-class problems | 227 |
8.4.3 | Termination condition | 227 |
8.4.4 | Multivalued attributes | 228 |
8.4.5 | Computational Cost | 229 |
8.4.6 | Guidelines for Inductive Learning | 229 |
8.5 | Bibliographic Notes | 231 |
Bibliography | 233 | |
8.6 | Exercises | 235 |
9 | Data Mining | 237 |
9.1 | Preprocessing | 238 |
9.1.1 | Overall Statistics | 238 |
9.1.2 | Noise | 239 |
9.1.3 | Missing Values | 240 |
9.2 | Transforming Representations | 241 |
9.2.1 | Normalization | 241 |
9.2.2 | Dimensionality Reduction | 241 |
9.2.3 | Data Reduction | 242 |
9.3 | Knowledge Discovery | 244 |
9.3.1 | Classification Trees | 245 |
9.3.2 | Clustering | 245 |
9.3.3 | Association Rules | 247 |
9.4 | Prediction | 252 |
9.5 | Bibliographic Notes | 254 |
Bibliography | 255 | |
10 | Distributed Experts | 259 |
10.1 | Distributed Artificial Intelligence | 260 |
10.2 | Blackboard Systems | 263 |
10.2.1 | Hearsay | 265 |
10.2.2 | HASP | 270 |
10.2.3 | GBB | 271 |
10.2.4 | DVMT | 272 |
10.2.5 | BB1 | 273 |
10.3 | Multiagent Systems | 274 |
10.3.1 | MAS Architectures | 275 |
10.4 | Agent Interactions | 278 |
10.4.1 | KQML | 278 |
10.4.2 | Agent coordination protocols | 283 |
10.4.3 | Cooperation protocols | 285 |
10.4.4 | Negotiation | 287 |
10.5 | Example Applications | 288 |
10.5.1 | Sensor Net | 288 |
10.5.2 | Emergency Management | 289 |
10.5.3 | Traffic Management | 289 |
10.6 | Bibliographic Notes | 290 |
Bibliography | 291 | |
10.7 | Exercises | 294 |
Index | 297 |
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