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Ullman J.D. — Principles of database systems
Ullman J.D. — Principles of database systems



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Íàçâàíèå: Principles of database systems

Àâòîð: Ullman J.D.

Àííîòàöèÿ:

This book is developed from notes I used in a course at Princeton that attempted to bring database systems into the mainstream of computer science. The course was taught to a mix of seniors and first-year graduate students. In it, I tried to relate database ideas to concepts from other areas, such as programming languages, algorithms, and data structures.. A substantial amount of descriptive material was included, since students, being used to conventional programming languages, may find query languages rather unusual. The data structures relevant to databases are also somewhat different from the kinds of structures used in conventional programming, since the large scale of a database
makes practical many structures that would be only of theoretical interest otherwise.


ßçûê: en

Ðóáðèêà: Computer science/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Èçäàíèå: 2nd edition

Ãîä èçäàíèÿ: 1982

Êîëè÷åñòâî ñòðàíèö: 484

Äîáàâëåíà â êàòàëîã: 10.12.2005

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
$k$-of-$n$ strategy      436 438 440
$\mathbf{isa}$      13—14
$\mathcal{NP}$-completeness      93 241 264 267 315 348 387
$\theta$-join      155
Absolute address      37
Acyclic Bachman diagram      347
Acyclic hypergraph      335—338 419
Acyclic polygraph      387—388
ADABAS      121
Address calculation search      see “Interpolation search”
Adiba, M.      449
Aggregate function      175 181 186 195—196 203—204 360
Aho, A. V      39 93 172 210 241 264 266 293 315 347
Algebraic dependency      266(see also “Dependency”)
Algebraic manipulation      272—283
Allman, E.      172 210
ANSI/SPARC      34
Applications programmer      5
Arity      20 152
Armstrong’s axioms      aee Axioms
Arnold, R. S.      210
Arora, A.      265
ASSIGNMENT      175 177 182 192—193 199—200
Associative law      276
Astrahan, M. M.      67 149 172 210 315
atom      156—157 162
Attribute      13 20
Atzeni, P.      348
Augmentation      218 245
Authorization table      359
Automatic insertion      115—116
Average      175
Avni, H      93
awk      210
Axioms      217—220 245—246 266
B-tree      58—65 68 88—89 150 285 391—392 407
Bachman diagram      see “Acyclic Bachman diagram”
Bachman, C. W.      35
Backup copy      396—397
Bancilhon, F.      173
Bayer, R.      93 407
Beck, L, L      368
Beeri      241 247 264—267 347
Bentley, J. L.      93
Berman, R.      172 210
Bernstein, P. A.      241 264—265 267 347—348 387 407—408 449
Binary search      48
Binding      177
Biskup, J      265
Blank tuple variable      318
Blasgen, M. W.      172
Block      36—37 40
Block access      37
Bolour, A.      81 93
Bound variable      157—158
Boyce — Codd normal form      234—241
Boyce, R. F.      210
Bucket      40 55 80 131
Bucket directory      40
Burkhard, W. A.      93 190
Cadiou, J. — M.      210
CALC-key      104 109—110 131
candidate key      217
Cardenas, A, F      121 144
Carlson, C R      265 346
Cartesian product      19 152 177—178 181—182 268—269 273—277 289 300
Casanova, M.      267
Cascade, of functions      276
Casey, R.      265
Central node method      439—440
Ceri, S.      449
Chain mode      106
Chain query      420—424
Chaining, of blocks      54
Chamberlin, D. D      172 210 315
Chandra, A, K.      172 266 315
Chang, C. L      210 347
Chang, P. Y.      315
Chase      259—262
Chen, P. P.      35
Childs, D. L      172
Chin, F. Y      368
Chiu, D. W.      449
Choice (operator)      424—427
Closure, of a set of attributes      220—223
Closure, of a set of dependencies      220—221 223 232—233 248-249
Cluster      424
Clustering index      284—287
COBOL      94
CODASYL      34 94 121
Codd, E. F.      151 172—174 210 264—265
Coffman, E. G.      408
Comer, D.      93
Committed transaction      397—398 403- 442—443
Common subexpression      273
Commutative law      275
Compacted tree      424
Complementation      152 245
Complete language      174 178—179 182 189 193—194 207-208
Complete set of inference rules      217 219—220 247
composition      162 182 187
Computational complexity      see “Space complexity” “Time
Conceptual database      6
Conclusion row      254
Concurrency      4 369—410 431—450
Condition box      205
Conjunctive query      297—298
Connection graph      290—296
Connection, in hypergraph      336—338 346
Consistency constraint      4(see also “Dependency”)
Constraint      298(see also “Dependency”)
Constraint table      354—355
Containment, of tableaux      302—305
COUNT      175
Cover, of a set of dependencies      223—224
Covering, of a key value      48
crash recovery      395—400 443—447
Culik, K. H.      93
Currency pointer      106—108 136
Current of record type      107
Current of run unit      107 109 114—115
Current of set type      107
Current parent      139—140
Cyclic hypergraph      332—338 418—419
Dag      see “Directed acyclic graph”
dangling pointer      37 39
Dangling tuple      227 311 332
Data Definition Language      2 10 98—99 129 344—345
Data dependency      211(see also “Dependency”)
data independence      9
Data item      94(see also “Field”)
Data Manipulation Language      see “Query language”
Data model      6—7 18(see Network Relational
Database      1
Database administrator      5
Database key      104 110
Database management system      1
Database manger      3
Database record      131
Database scheme      21
Database state      see “Instance of
DaTaSyS      172
Date, C J      144
Dayal, U      265 449
DBMS      see “Database management system
DBTG DDL      94—102 356
DBTG DML      108—120
DBTG set      95—100
DDL      see “Data definition language”
De Jonge, W      210
Deadlock      373—374 380 396 443—445
Decomposition rule      219 247
Decomposition, of relation schemes      225—234 237—243 251-252
Defined trigger      352—353
Degree      see “Arity”
Delayed evaluation      177—178
DELETE      119 141—142
Deletion      42—43 51 55—56 61—62 65 74—75 115—116 118—120 133—134 141—142 184—185 192 204 415
Deletion anomaly      212
Deletion bit      39 41 133
Delobel      265—266
DelPOrco, P      210
Demers, A      266
DeMillo, R, A      367
DeMorgan’s laws      207
Denning, D E      367—368
Denning, P J      367 408
Dense index      65—68 150
Dependency      see “Consistency constraint” “Data “Existence “Functional “Generalized “Join “Multivalued “Subset
Dependency basis      247—249
dictionary order      see “Lexicographic order”
Difference      152 158 177 181 191—192 277
Direct mode      104
Directed acyclic graph      407
Dissection      292—296
Distinguished variable      298
Distributed database system      409—450
DL/I      136—142
DML      see “Query language”
Dobkin, D. P.      367
DOM      159
Domain      206
Domain calculus      162—168 197
Domain variable      162
Douque, B. C M      35
Duplicate tuples      186—187 193 203
Duplication, of attributes      334—335
Duplication, of items      410
Ear, of a hypergraph      335
El Masri, R      35 173
Element, of a record format      70
Ellis, C. S.      407
Embedded dependency      255—256 260
Embedded multivalued dependency      252—253 255 266 345
Entity      12—13
entity-relationship diagram      17—18
Entity-relationship model      11—18 21—22 27—28 146
Epstein, R.      449
Equality-generating dependency      254 258—259 264
equijoin      155 182 300 477
Equivalence, of expressions      275(see also “Strong equivalence” “Weak
Equivalence, of schedules      376—377 385—387
Equivalence, of tableaux      306—307
Essential symbol      330
Eswaran, K. P.      407
Exclusive lock      see “Write lock”
Existence constraint      115(see also “Dependency” “Inclusion
Existential quantifier      157—158
Expression      158 163 274—275
Extension      see “Instance of
Extension, in ISBL      181
External storage      36—37
Fagin, R      247 264—267 346—347 367
Fernandez, E      367
FETCH      426
Field      36
FILE      36
File Manager      3
File server      410
find      109—115
Finite relation      20 152 159—160
Finkel, R. A.      93
First normal form      235
Fischer, P C      267
Ford, J.      172 210
Forest      30
Formula      157—158 162
fourth normal form      250—252
Fragment, of a relation      410—416
Fredman, M. L.      93
Free variable      157—158 183
Friedman, J H      93
Full dependency      255 261
Full/empty bit      41 56
Functional dependency      211 213—248 253- 339 350
Furtado, A, L      173
Galil, Z.      266
Gallaire, H      172
Garbage collection      39
Garcia — Molina, H      439 449
Garey, M R.      93 241
Generalized dependency      253—262
get      108—109 136—140
Ginsburg, S.      265
Goodman, N.      266—267 347—348 408 449
Gotlieb      93 315
Gotlieb, L R.      93
Gouda, M G.      449
Graham reduction      3 5
Graham, M H      335 347
Granularity      370 408
Gray, J. N      407—408 449
Greenblatt, D      210
Griffiths, P P.      315 367(see P.
guard condition      413—414
Gudes, E      93
Gurevich, Y.      266
Hadzilacos, V.      407
Hagihara, K      266
Hall, P A V      315
Hammer, M.      35 210
Haq, M I      367
Harel, D      172
Hash function      40 43 46(see
Hashing      40—46 68 104 146—147
Heap      39—40 145—146
Heath, I. J.      264
Held, G      93 146 172 210
Hierarchical model      30—32 122—144
Ho, Y. — C.      449
Hoffman, L. J.      367
Honeyman, P.      265 346—348
Hopcroft, J. E.      39 93 241 293
Horizontal fragment      411
Horowitz, E.      93
Host language      11 106
Howard, J. H.      247 264—265
Hsiao, D. K.      367
Hull, R      265
Hunt, H      408
Hypergraph      290 332—338 418—419
Hypothesis row      254
IDMS      121
image size      285 426 429
Implicational dependency      266(see also “Dependency”)
IMS      67 128 144 350 356
Inclusion dependency      267(see also “Dependency” “Existence
Inconsistency      125 212(see
Independence, of operators      172
Independent components      265
INDEX      271—272 284(see “Isam” “Secondary “Sparse
Indexed sequential access method      see “Isam”)
Inference, of dependencies      216 256 258—262 264 266 323(see
Inference, of inequalities      305—306
Infinite relation      152 260
Ingres      146—147 190 367
Insert      118 140—141
insertion      42 50—51 55 61 65 74—75 115—118 133—134 140—141 184 192 204 415
Insertion anomaly      212
Instance, of a database      8
1 2 3
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