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                    | Abramsky S., Gabbay D.M., Maibaum T.S.E. — Handbook of Logic in Computer Science: Volume 5: Logic and Algebraic Methods |  
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                    | Предметный указатель |  
                    | |  45 
  69 
  93 
  120 
  61 
  114 
  115 
  115 
  62 
  60 
  56 
  93 
  153 
  111 
  53 
  53 
  53 
  53 
  153 
  67 
  62 
  138 
  138 171 
  171 
  62 
  62 
 ![$N[\vec{M}/\vec{x}]$](/math_tex/d5cb30ebaea860edc34a8bd3b5b9c1c782.gif) 46 
  88 
  112 
  79 
  88 
  88 
  77 
  132 
  144 
  144 
  144 
  139 
  139 
  132 
  132 
  161 
  139 
  48 
  73 
  110 
  66 
  132 
  44 
  110 
  115 
  115 
 ![$[M[\Gamma]]$](/math_tex/f6157380978f86e23737c0d94b37313182.gif) 46 
 ![$[\phi[\Gamma]]$](/math_tex/df896cdab99a2ebe8502df2f993fd3b782.gif) 81 
  88 116 
  95 
  90 
  83 
  95 
  90 
  84 
  94 
  88 117 
  51 
  67 
  89 
  89 
  103 
  103 
  103 
  103 
  102 
  102 
  120 
  60 
  85 
  79 
  111 
  -property      79 
  171 
  -reduct      237 
  85 
 ![$\phi prop [\Gamma]$](/math_tex/260e460a662701ee7317f8f6f810052c82.gif) 77 
 ![$\Phi\vdash\psi[\Gamma]$](/math_tex/57525f02dd0c2cbcbf2b5616244c6fe782.gif) 78 
  120 
  120 
  110 
  45 
  109 
  84 
  80 
  53 
 ![$\sigma =\sigma^{'} [\Gamma]$](/math_tex/59f48ce31538bed9ae7b9ee8d9cc860d82.gif) 103 
  62 
 ![$\sigma type [\Gamma]$](/math_tex/b42307b04ec962227bb0a1162608f76582.gif) 103 
  -homomorphism      223 
  -term      227 
  60 
  57 
  102 
  135 171 
  135 171 
  60 
  83 
  51 
  142 
  139 
  78 
  84 
  82 
  54 (
  -Adj)      89 (
  -Elim)      89 (
  -Intr)      89 (
  -Adj)      89 (
  -Intr)      89 (
  -Adj)      86 (
  -Elim)      86 (
  -Intr)      86 (
  -  )      86 (
  -  )      86 (
  -Adj)      86 (
  -Elim)      86 (&-
  )      86 (&-
  )      86 (&-Adj)      86
 (&-Intr)      86
 (=-Adj)      93
 (=-Elim)      93
 (=-Intr)      93
 (Contract)      79
 (Cut)      79
 (Exchange)      79
 (false-Adj)      87
 (false-Elim)      86
 (Subst)      78
 (Weaken)      78
 (x)e      51
 0      57
 <-,->      115
 <-,...,->      45
 Abstract data type      224 351
 Abstract data type, modularized      285
 Abstraction condition      478
 Abstraction, behavioural      298
 Actual variables      138
 Adequate specification      252
 Alg      74
 Algebra      221
 Algebra, compact      464—465 471
 
 | Algebra, complete metric      477 484 Algebra, complex numbers      328—329 346 353 423 438—451 451—478
 Algebra, computable      332—335
 Algebra, connected      465—469
 Algebra, effective      321 329 335
 Algebra, expansion      324—325 347 456—457
 Algebra, final      224
 Algebra, freely generated      233
 Algebra, generated      231
 Algebra, Hausdorff      457
 Algebra, homomorphic image of      223
 Algebra, initial      224
 Algebra, interval      445
 Algebra, locally compact      477
 Algebra, locally finite      405 418—419
 Algebra, many sorted      320 322 325 329—330 344—360
 Algebra, metric      465
 Algebra, minimal      350 412
 Algebra, N-standard      350 353—354
 Algebra, natural numbers      320 326 329 334 345—346 352—354 269—270 405 409
 Algebra, order-sorted      302
 Algebra, partial      345 451—478
 Algebra, partial topological      451—478
 Algebra, polynomials      327 329 438—451 471
 Algebra, quotient algebra      226
 Algebra, quotient term algebra      235
 Algebra, quotient term algebra of a set of formulas      244
 Algebra, real numbers      320—321 327—329 346 353 354 396 409 438—451 451—478
 Algebra, reduct of an      237
 Algebra, standard      322 351—352 360
 Algebra, streams      326 328 359—360 451 454 501
 Algebra, subalgebra      225
 Algebra, term algebra      234
 Algebra, terms      329
 Algebra, topological      332 451—478
 Algebra, total      345
 Algebra, ultrametric      477
 Algebra, with arrays      356—359
 Algebra, with unspecified value      355—356
 Algebraic and transcendental points      441
 Algebraic domain      477
 Algebraic operational semantics      364—366
 Algebraic theory      45
 Algebraic theory, dependently typed      102
 Amalgamated union      283
 AP      61 120
 Approximate computation      320—321 342 451—478
 Arity      51 220
 ASSIGNMENT      228
 atime      140
 Atomic formula      143
 Atomic specification      252
 Ax, J.      207
 Axiom      249
 Axiom, scheme      249
 Axiom, term-equality      102
 Axiom, type-equality      102
 Axiomatizable      246
 Baire space      476
 Barwise, J.      200
 Baur, W.      209
 Beck — Chevalley condition      96 97
 Behavioural abstraction      298
 Behavioural equivalence      298
 Ben-Or, M.      209
 Benabou, J.      113
 Berman, L.      193 194 209
 Bi-rule      86
 Bloom, S. L.      75
 Blum, L.      438 484 506
 Boerger, E.      136 154
 Brattka, V.      478 484 506
 Brown, S. S.      208
 Buechi, J.      154
 Calculus      249
 Calculus, equational      250
 Cantor set      445 451
 Carrier      221
 Carrier set      221
 Cartmell, J.      41 101 110
 CASE      53
 cat      114
 Categorical combinators      123
 Category with attributes      101
 Category, bicartesian closed      77
 Category, cartesian closed      62
 Category, classifying      70
 Category, prop-      79
 Category, slice      111
 Category, type-      110
 Category, well-pointed      49
 Category, well-powered      81
 Cegielski, P.      136
 Cel      241
 Chagrov, A.      136
 Chandra, A.      140
 Chaotic systems      447—451
 Cherlin, G.      208
 Church — Turing thesis      see "Generalised Church — Turing thesis"
 Cl(Th)      70 107
 Classifying, category      70
 Classifying, prop-category      99
 Classifying, type-category      108—109
 Closure      246
 Closure, condition      225
 Closure, of a class of algebras      247
 Closure, theorems for semicomputable sets      409—413 415—416 420—421
 Coherence      101 123
 complete      142 250
 Completeness      77 97—100
 Compton, K.      134 206
 Computability theory, abstract      321 330—331 336—340
 Computability theory, abstract versus concrete      333—335 475—478
 Computability theory, abstract, history      335—340 474—478
 Computability theory, generalised      320—321 330—331
 Computability theory, generalised, history      335—340
 Computability theory, history      335—340
 Computability theory, on algebras      320—321 330—331 340—342
 Computability theory, on natural numbers      319—320 322 330—331
 Computability theory, reasons for generalising      335—336
 Computability theory, type two      476
 Computable analysis      321
 Computable real number      475
 Computation type      66
 Computation, local      372—373 387
 Computation, sequence      364
 Computation, theory      490
 Computation, tree      342 423—430 436—438 468—469
 Computational lambda calculus      66
 Concrete representation      477
 Condition, inheritance      302
 Condition, subtype      302
 Conditional equational logic      241
 Confluent      263
 Congruence relation      225
 Congruence relation, induced      226
 Cons      62
 Conservativity for terms      383—387 429
 Consistent      285
 Constant      220
 Constraint      267
 Construction term      300
 Constructive specification      267
 Constructive specification, abstract syntax      267
 Constructive specification, concrete syntax      268
 Constructive specification, semantics      268
 constructor      231
 Constructors      255
 context      44 101
 Context,
  -equivalence of      69 
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