Àâòîðèçàöèÿ
Ïîèñê ïî óêàçàòåëÿì
Luger G.F., Stubblefield W.A. — Artificial Intelligence: Structures and Strategies for Complex Problem Solving
Îáñóäèòå êíèãó íà íàó÷íîì ôîðóìå
Íàøëè îïå÷àòêó? Âûäåëèòå åå ìûøêîé è íàæìèòå Ctrl+Enter
Íàçâàíèå: Artificial Intelligence: Structures and Strategies for Complex Problem Solving
Àâòîðû: Luger G.F., Stubblefield W.A.
Àííîòàöèÿ: Combines the theoretical foundations of intelligent problem-solving with he data structures and algorithms needed for its implementation. The book presents logic, rule, object and agent-based architectures, along with example programs written in LISP and PROLOG. The practical applications of AI have been kept within the context of its broader goal: understanding the patterns of intelligence as it operates in this world of uncertainty, complexity and change.
The introductory and concluding chapters take a new look at the potentials and challenges facing artificial intelligence and cognitive science. An extended treatment of knowledge-based problem-solving is given including model-based and case-based reasoning. Includes new material on: Fundamentals of search, inference and knowledge representation AI algorithms and data structures in LISP and PROLOG Production systems, blackboards, and meta-interpreters including planers, rule-based reasoners, and inheritance systems. Machine-learning including ID3 with bagging and boosting, explanation basedlearning, PAC learning, and other forms of induction Neural networks, including perceptrons, back propogation, Kohonen networks, Hopfield networks, Grossberg learning, and counterpropagation. Emergent and social methods of learning and adaptation, including genetic algorithms, genetic programming and artificial life. Object and agent-based problem solving and other forms of advanced knowledge representation.
ßçûê:
Ðóáðèêà: Computer science /
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k: ed2k stats
Èçäàíèå: third edition
Ãîä èçäàíèÿ: 1998
Êîëè÷åñòâî ñòðàíèö: 824
Äîáàâëåíà â êàòàëîã: 10.03.2006
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Natural language understanding, statistical techniques see “Stochastic analysis”
Natural language understanding, stochastic analysis 543—550
Natural language understanding, story understanding 550—551
Natural language understanding, subject-verb number agreement 532
Natural language understanding, surface structure 555
Natural language understanding, syntax 521—542
Natural language understanding, top-down parsing 525
Natural language understanding, transformational grammars 555—556
Natural language understanding, transition network parsers 527—531
Natural language understanding, Viterbi algorithm 545—546
Nau, D.S. 281
Near miss 608—610
NEAREST NEIGHBOR heuristic 92 121
Neches, R. 769
Negation 48—50 56 59—60
Negation as failure 360
Negoita, C. 245
NETtalk 679—680
Neural networks see “Connectionist systems”
neuron 26—27 34 38 663—665
Neves, J.C.F.M. 391
Newell, A. 7 18—19 28 30 33 41 51 121 123 159 172 174 199 203 340 560 562—565 600 747 753 755 757—758 766—768 770 776 780
Ng, H.T. 283
Nii, P. 198—199
Nilsson, N. 30 79 121 150 152 192—193 199 201 275 290 566 594 599—600 666 741—742 748 765
NIM 144—146
NOAH 199
Nonmonotonic reasoning 206 219 249 269—283 360 520
Nonmonotonic reasoning, autoepistemic logic 272
Nonmonotonic reasoning, circumscription 274—275
Nonmonotonic reasoning, closed world assumption 273—274
Nonmonotonic reasoning, default logic 272—273
Nonmonotonic reasoning, defeasibility 270
Nonmonotonic reasoning, minimum models 273—275
Nonmonotonic reasoning, modal operators 270—272
Nonmonotonic reasoning, truth maintenance systems 270 275—281
Nonprocedural computing 415—421
Nordhausen, B. 650
Norman, D.A. 301 304 780
Norvig, P. 246
Novak, G.S. 768
Noyes, J.L. 511
NP completeness 156
Numeric taxonomy 651
Object-Oriented Programming 12 25 206 294 334 345 352—356 360 497—511 756
object-oriented programming, encapsulation 498
object-oriented programming, inheritance 499
object-oriented programming, polymorphism 498
Object-oriented simulation 505—511
Occam’s razor 627 653
Occurs check 69 467 593
Oliver, I.M. 688 720
Operationality criteria 641
Opportunistic planning 199
OPS 347
OPS5 174 184 199
Order crossover 720—721
Overgeneralization 615—616
O’Conner, D.E. 174
O’Keefe, R. 393 421—422
PAC learning 638
Papert, S. 215 352 666—667
Parallel distributed processing see “Connection first models of intelligence”
Paramodulation 598—600
Parisi, D. 711 780
Parse tree 118—119 525—526 537—538
Parsing 22 116—121 417—421 520—531 543—550
Patil, R. 290
Pattern matching see “Unification”
Pattern-directed search 164—170 177
PDP (parallel distributed processing) see “Connectionist models of intelligence”
Pearl, J. 30 121 127 149 258 289—291
Peirce.C.S. 301 778
Penetrance 182
Penrose, R. 755 777
Perceptrons 666—675
Perceptrons and exclusive or 667
Perceptrons, linear seperability 666—667 670
Pereira, F. 350 422
Perlis, D. 275 290
Permutation 733
Pfleger, K. 748
Phenomenology 14
Philosophical relativism 14
Phonology 522
Phrase structure 526
Physical symbol system hypothesis 28 33—34 41 343 756—759 776
Piaget, J. 769
Pierce, C.S. 47
Pitts, W. 662 664 711
Planning 23—24 30 34 39 160 186—196 199 357 386—389 520 566
Planning-triangle table 193—196
Plato 13
Plausibility measures 259—260
Plunkett, K. 711 780
Ply 147
Popper, K. 777 780
Porter, B.W. 235
Posner, M. 777 780
Possibility theory 284
Possible world 49
Post, E. 172 775
Post-modern 14
Posterior probability 250
Poundstone, R. 714 738
Pragmatics 522 556
Predicate 53—58
Predicate calculus see “First-order predicate calculus”
Prenix normal form 570
Prerau, D.S. 245 289
Printz, H. 550
Prior probability 250
Probability density function 261
Probability theory 249—268 544 629—630
Procedural abstraction 455—458
Procedural attachment 323 583
Procedural semantics 179—180 229—230
Production rule 171—186
Production systems 12 46 120—121 171—186 220—231 375—380 726—728 767—770
Production systems and classifier systems 726—728
Production systems, action 171—186
Production systems, advantages 184—185
Production systems, condition 171—186
Production systems, conflict resolution 171—186
Production systems, conflict set 171—186
Production systems, control 180—184
Production systems, data-driven reasoning 226—230
Production systems, goal-driven reasoning 220—225
Production systems, production rule 171—186
Production systems, recognize-act cycle 171—186
Production systems, working memory 171—186
PROLOG 17 19 25 41 70 161 180 206 225 270 289 294 339 342—351 357—424 450 454—455 463 472 511 518 560 566 582 587—594
PROLOG and automated reasoning 587—593
PROLOG and horn clauses 361
PROLOG and logic programming 587—593
PROLOG and relational databases 391—394
PROLOG and resolution theorem proving 587—593
PROLOG predicates, ! 369—371
PROLOG predicates, * 395
PROLOG predicates, + 395
PROLOG predicates, - 395
PROLOG predicates, / 395
PROLOG predicates, = 395
PROLOG predicates, =.. 390
PROLOG predicates, append 363
PROLOG predicates, assert 362
PROLOG predicates, atom 357
PROLOG predicates, bagof 382—383
PROLOG predicates, call 391
PROLOG predicates, clause 390
PROLOG predicates, consult 362
PROLOG predicates, functor 390
PROLOG predicates, is 395
PROLOG predicates, listing 363
PROLOG predicates, member 363 365
PROLOG predicates, MOD 395
PROLOG predicates, nl 366
PROLOG predicates, nonvar 390
PROLOG predicates, nospy 363
PROLOG predicates, retract 362
PROLOG predicates, see 363
PROLOG predicates, seen 363
PROLOG predicates, spy 363
PROLOG predicates, tell 363
PROLOG predicates, told 363
PROLOG predicates, trace 363
PROLOG predicates, var 390
PROLOG predicates, write 366
PROLOG predicates, [] 363—364
PROLOG predicates, | 364
PROLOG, abstract data types 357 371—375
PROLOG, anonymous variables 365—366
PROLOG, best-first search 384—386
PROLOG, breadth-first search 383—384
PROLOG, closed world assumption 360 592—593
PROLOG, cut 369—371 591
PROLOG, data types 391—394
PROLOG, declarative representation 415—421
PROLOG, declarative semantics 357
PROLOG, depth-first search 367—369 381—383
PROLOG, difference lists 396
PROLOG, evaluation 394—396
PROLOG, expert system shell 401—411
PROLOG, fact 358
PROLOG, frames 412—415
PROLOG, meta-interpreters 358 397—415
PROLOG, meta-predicates 347 357 389—391
PROLOG, negation as failure 360
PROLOG, non procedural computing 415—421
PROLOG, occurs check 593
PROLOG, parsing 417—421
PROLOG, planning 357 386—389
PROLOG, priority-queue 373—374
PROLOG, production system 375—380
PROLOG, PROLOG in PROLOG 397—399
PROLOG, proof trees 400—401
PROLOG, quantification 361—362
PROLOG, queue 373
PROLOG, recursion 364—369
PROLOG, semantic networks 411—412
PROLOG, set 375—376
PROLOG, stack 371—372
PROLOG, unification 394—396
PROLOG, variables 358
Proof procedures 66
Proof tree 400—401 569 575 578 642—643
Propositional calculus 47—51 107—108 110—111 573—575
Propositional calculus, conjunction 48—50
Propositional calculus, disjunction 48—50
Propositional calculus, implication 48—50
Propositional calculus, interpretation 49—50
Propositional calculus, negation 48—50
Propositional calculus, propositions 48—49
Propositional calculus, semantics 49—51
Propositional calculus, sentence 47—49
Propositional calculus, symbols 47—48
Propositional calculus, syntax 47—49
Propositional calculus, truth symbol 48—49
Propositional calculus, truth table 50—51
Propositional calculus, well-formed formula 48—49
Prosody 522
Prospector 21 95 252 263
Protocol analysis 766
PROTOS 235
Puff 212
Pylyshyn, Z. 30 777 780
Qualitative probabilistic network 256—258
Quantification 56—58 61—63 318—320 361—362 569—572 585—586
Quillian, M.R. 298 301—303 334 767
Quine, W.V.O. 780
Quinlan, J.R. 26 624 659
Quinlan, P. 665
Range of a function 53
Raphael, B. 301
Rationalism 13—14 772—773
read-eval-print loop 427 469—472
Reasoning with uncertainty 248—292
Recency 184
Recognize-act cycle 171—186 220
Recursion 160—163 364—369 438—443
Recursion and search 161—170
Recursive descent parsing 526
Recursive function theory 351
Recursively enumerable languages 532
Reddy, D. 196 199
Refraction 184
Refutation 566—577
Refutation completeness 566—567 579
Reggia, J. 281
Reinfrank 278 290
Reiter, R. 271—273 290
Reitman, W.R. 301
Relational database 552
Representational indeterminacy 776
Resolution 30 66—67 350 560 566—577 580—593 597—600
Resolution refutation 566 568—577
Resolution refutation and logic programming 587—593
Resolution refutation and PROLOG 587—593
Resolution refutation, answer extraction 574 583—587 592
Resolution refutation, binary resolution 567 573—578 597
Resolution refutation, breadth-first strategy 579—580
Resolution refutation, clashing 568
Resolution refutation, clause form 567—573
Resolution refutation, completeness 566
Resolution refutation, converting to clause form 568—573 576
Resolution refutation, demodulation 598—599
Resolution refutation, factoring 575
Resolution refutation, heuristics 578—583
Resolution refutation, hyperresolution 575 597
Resolution refutation, linear input form 581 592
Resolution refutation, literal 567
Resolution refutation, paramodulation 598—600
Resolution refutation, prenix normal form 570
Resolution refutation, refutation 566—567 573—577
Resolution refutation, refutation completeness 566—567 579
Resolution refutation, resolution refutation 568—573
Resolution refutation, set of support 580 600
Resolution refutation, soundness 566
Resolution refutation, subsumption 583 600
Resolution refutation, unit preference 580—581 592
Resolution refutation, unit resolution 581 600
RETE algorithm 230 237
Rich, E. 121 289 307
Rieger, C.J. 304—306
Riesbeck, C.K. 30 328 556
Riley 245—246
Rissland.E. 235
Ritz, S.A. 696 712
Rivers, R. 121
Roberts, D.D. 301
Robinson, J.A. 350 566—567 580 600
Robot see “Robotics”
Robotics 23—24 30 39 160 186—196 765
Rochester, S. 665
Rooted graph 85—86
Rosch, E. 653—654 684
rose 347
Rosenberg 679
Rosenblatt, F. 666 711
Rosenbloom, P.S. 747 767 770
Ðåêëàìà