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Sipser M. — Introduction to the theory of computation
Sipser M. — Introduction to the theory of computation



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Название: Introduction to the theory of computation

Автор: Sipser M.

Аннотация:

This highly anticipated revision of Michael Sipser's popular text builds upon the strengths of the previous edition. It tells the fascinating story of the theory of computation-a subject with beautiful results and exciting unsolved questions at the crossroads of mathematics and computer science. Sipser's candid, crystal-clear style allows students at every level to understand and enjoy this field. His innovative II proof idea" sections reveal the intuition underpinning the formal proofs of theorems by explaining profound concepts in plain English.
The new edition incorporates many improvements students and professors have suggested over the years and offers completely updated, classroom-tested problem sets with sample solutions at the end of each chapter.


Язык: en

Рубрика: Computer science/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd edition

Год издания: 2005

Количество страниц: 431

Добавлена в каталог: 01.04.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Edge of a graph      10
Edmonds, Jack      416
Element distinctness problem      147
Element of a set      3
Emptiness testing for CFG.      171
Emptiness testing for DFA      168
Emptiness testing for LBA      195
Emptiness testing for TM      189
Empty set      4
Empty string      13
Encoding      157 259
Enderton, Herbert B.      416
Enumerator      152—153
Equality operation      15
Equivalence relation      9
Equivalent machines      54
Erdos, Paul      415
Error probability      369
Euclidean algorithm      261
Even, Shimon      416
Exclusive or operation      15
Existential state      381
Exponential bound      250
Exponential, versus polynomial      257
EXPSPACE      340
EXPSPACE-completeness      343—349
EXPTIME      308
Factor of a number      371
Feller, William      416
Fermat test      372
Fermat’s Little Theorem      371
Feynman, Richard P.      416
Final state      3 5
Finite automaton, automatic door example      32
Finite automaton, computation of      40
Finite automaton, decidability      166—170
Finite automaton, defined      35
Finite automaton, designing      41—44
Finite automaton, transition function      3 5
Finite automaton, two-dimensional      213
Finite automaton, two-headed      212
Finite state machine      see “Finite automaton”
Finite state transducer      87
Fixed point theorem      223
Formal proof      230
Formula      225 271
FORMULA-GAME      314
Fortnow, Lance      418
Free variable      225
FST      see “Finite state transducer”
Function      7—9
Function, argument      8
Function, binary      8
Function, computable      206
Function, domain      7
Function, one-to-one      175
Function, one-way      408
Function, onto      7 175
Function, polynomial time computable      272
Function, range      7
Function, space constructible      336
Function, time constructible      340
Function, transition      35
Function, unary      8
Gabarro, Joaquim      416
Gadget in a completeness proof      283
Game      313
Garey, Michael R.      416
Gate in a Boolean circuit      352
Generalized Geography      316
Generalized nondeterministic finite automaton      70—76
Generalized nondeterministic finite automaton, converting to a regular expression      71
Generalized nondeterministic finite automaton, defined      70 73
Geography game      315
GG (generalized geography)      317
Gill, John T.      416
GNFA      see “Generalized nondeterministic finite automaton”
GO, game of      320
Go-moku, game of      330
Godel, Kurt      2 227 230 416
Goemans, Michel X.      416
Goldwasser, Shafi      416 417
Graph, acyclic      376
Graph, coloring      297
Graph, cycle in      11
Graph, degree      10
Graph, directed      12
Graph, edge      10
Graph, isomorphism problem      295 387
Graph, k-regular      21
Graph, labeled      10
Graph, node      10
Graph, strongly connected      12
Graph, sub-      11
Graph, undirected      10
Graph, vertex      10
Greenlaw, Raymond      417
Halting configuration      141
Halting problem      173—181
Halting problem, unsolvability of      174
Hamiltonian path problem      264
Hamiltonian path problem, exponential time algorithm      264
Hamiltonian path problem, NP-completeness of      286—291
Hamiltonian path problem, polynomial time verifier      265
HAMPATH      264 286
Harary, Frank      417
Hartmanis, Juris      417
Hey, Anthony J.G.      416
Hierarchy theorem      336—347
Hierarchy theorem, space      337
Hierarchy theorem, time      341
High-level description of a Turing machine      157
Hilbert, David      154 417
Hofstadter, Douglas R.      417
Hoover, H.James      416 417
Hopcroft, John E      415 417 419
Huang, Ming-Deh A.      415
IFF      18
Implementation description of a Turing machine      157
Implication operation      15
Incompleteness theorem      230
Incompressible string      239
Indegree of a node      12
Independent set      27
Induction hypothesis      23
Induction, basis      23
Induction, proof by      22—25
Induction, step      23
Inductive definition      65
Infinite set      4
Infix notation      8
Inherent ambiguity      106
Inherently ambiguous context-free language      106
Integers      4
Interactive proof system      387—399
Interpretation      226
Intersection operation      4
ISO      387
Isomorphic graphs      295
Johnson, David S.      416 417
K(x) (descriptive complexity)      236
k-ary function      8
k-ary relation      8
k-clique      267
k-optimal approximation algorithm      367
k-tuple      6
Karloff, Howard      418
Karp, Richard M.      417
Kayal, Neeraj      415
Kolmogorov, Andrei N.      236
L      321
Labeled graph      10
LADDER      330
Language, co-Turing-recognizable      181
Language, context-free      101
Language, decidable      142
Language, defined      14
Language, of a grammar      101
Language, recursively enumerable      142
Language, regular      40
Language, Turing-decidable      142
Language, Turing-recognizable      142
Language, Turing-unrecognizable      181
Lawler, Eugene L.      417
LBA      see “Linear bounded automaton”
Leaf in a tree      11
Leeuwen, Jan van      419
Leftmost derivation      106
Leighton, F.Thomson      417
Leiserson, Charles E.      416
Lemma      17
Lenstra, Jan Karel      417
Leveled graph      333
Levin, Leonid A.      271 359 417
Lewis, Harry      417
Lexical analyzer      66
Lexicographic ordering      14
Li, Ming      417
Lichtenstein, David      418
Linear bounded automaton      193—197
Linear time      253
Lipton, Richard J.      417
Lisp      154
Literal      274
Log space computable function      324
Log space reduction      324 404
Log space transducer      324
Luby, Michael      418
Lund, Carsten      415 418
Majority function      363
Many-one reducibility      206
Mapping      7
Mapping reducibility      206—211
Mapping reducibility, polynomial time      272
Markov chain      33
Match      199
Matijasevic, Yuri      155
MAX-CLIQUE      300 361
MAX-CUT      296
Maximization problem      367
Member of a set      3
Micali, Silvio      416 417
Miller, Gary L.      418
MIN-FORMULA      383
Minesweeper      298
Minimal Boolean formula      349
Minimal description      236
Minimal formula      383
Minimization of a DFA      299
Minimization problem      366
Minimum pumping length      91
Model      226
MODEXP      295
Modulo operation      8
Motwani, Rajeev      415
Multiset      4 269
Multitape Turing machine      148—150
Myhill — Nerode theorem      91
Natural numbers      4
NC.      402
Negation operation      14
NFA      see “Nondeterministic finite automaton”
Nim, game of      331
Nisan, Noam      418
Niven, Ivan      418
nl      321
NL-complete problem PATH      322
NL-completeness defined      324
Node of a graph      10
Node of a graph, degree      10
Node of a graph, indegree      12
Node of a graph, outdegree      12
Nondeterministic computation      47
Nondeterministic finite automaton      47—58
Nondeterministic finite automaton, computation by      48
Nondeterministic finite automaton, defined      53
Nondeterministic finite automaton, equivalence with deterministic finite automaton      55
Nondeterministic finite automaton, equivalence with regular expression      66
Nondeterministic polynomial time      266
Nondeterministic Turing machine      150—152
Nondeterministic Turing machine, space complexity of      304
Nondeterministic Turing machine, time complexity of      255
NONISO      387
NOT operation      14
NP      264—270
NP-complete problem, 3COLOR      297
NP-complete problem, 3SAT      274 359
NP-complete problem, CIRCUIT-SAT      358
NP-complete problem, HAMPATH      286
NP-complete problem, SUBSET-SUM      292
NP-complete problem, UHAMPATH      291
NP-complete problem, VERTEX-COVEF.      284
NP-completeness      271—294
NP-completeness, defined      276
NP-hard      298
NP-problem      266
NPSPACE      308
NSPACE(f(n))      304
NTIME(f(n))      267
NTM      see “Nondeterministic Turing machine”
O(f(n)) (big-O notation)      249—250
o(f(n)) (small-o notation)      250
One-sided error      375
one-time pad      406
One-to-one function      175
One-way function      408
One-way permutation      408
Onto function      7 175
Optimal solution      366
Optimization problem      365
OR operation      14
Oracle      232 348
Oracle tape      348
Outdegree of a node      12
P      256—263 269—270
P-complete problem, CIRCUIT-VALUE      404
P-completeness      404
Pair, tuple      6
Palindrome      90 128
Papadimitriou, Christos H.      417 418
Parallel computation      399—404
Parallel random access machine      400
Parity function      353
Parse tree      100
Parser      99
Pascal      154
Path      259 322
Path, Hamiltonian      264
Path, in a graph      11
Path, simple      11
PCP      see “Post correspondence problem”
PDA      see “Pushdown automaton”
Perfect shuffle operation      89 131
Ph      386
Pigeonhole Principle      78 79 124
Pippenger, Nick      402
Polynomial      154
Polynomial bound      250
Polynomial time, algorithm      256—263
Polynomial time, computable function      272
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