Semantic web information management: a model-based perspective
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Format: | Buch |
Sprache: | English |
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Berlin [u.a.]
Springer
2010
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Online-Zugang: | Inhaltsverzeichnis |
Beschreibung: | XX, 549 S. Ill., graph. Darst. |
ISBN: | 9783642043284 |
Internformat
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245 | 1 | 0 | |a Semantic web information management |b a model-based perspective |c Roberto De Virgilio ... eds. |
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Datensatz im Suchindex
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CONTENTS
1 INTRODUCTION 1
ROBERTO DE VIRGILIO, FAUSTO GIUNCHIGLIA, AND LETIZIA TANCA
2 DATA AND METADATA MANAGEMENT 9
PAOLO ATZENI AND RICCARDO TORLONE 2.1 INTRODUCTION 9
2.2 DATABASES, SCHEMAS AND DICTIONARIES 10
2.3 DATA MODELS 12
2.4 MANAGEMENT OF MULTIPLE MODELS 14
2.5 MODEL-GENERIC SCHEMA TRANSLATION 18
2.6 RELATED WORK 21
2.7 CONCLUSION 22
REFERENCES 22
3 THE SEMANTIC WEB LANGUAGES 25
FAUSTO GIUNCHIGLIA, FEROZ FARAZI, LETIZIA TANCA, AND ROBERTO DE VIRGILIO
3.1 INTRODUCTION 25
3.2 THE HIERARCHY OF LANGUAGES 27
3.3 RDF(S) 29
3.4 OWL 31
3.5 C-OWL 33
3.6 SEMANTIC WEB AND DATABASES 34
3.7 CONCLUSION 36
APPENDIX A RDF(S) CONSTRUCTS 36
APPENDIX B OWL CONSTRUCTS 36
REFERENCES 37
PART I SEMANTIC WEB DATA STORAGE
4 RELATIONAL TECHNOLOGIES, METADATA AND RDF 41
YANNIS VELEGRAKIS 4.1 INTRODUCTION 41
4.2 THE RELATIONAL MODEL 44
VII
BIBLIOGRAFISCHE INFORMATIONEN HTTP://D-NB.INFO/995796009
DIGITALISIERT DURCH
IMAGE 2
4.3 MODELING METADATA IN RELATIONAL SYSTEMS 45
4.3.1 SEPARATE STRUCTURES 45
4.3.2 INTERMIXED CONTEXT 45
4.3.3 INTENSIONAL ASSOCIATIONS 47
4.4 RDF 48
4.5 USING RELATIONAL SYSTEMS FOR RDF STORAGE 50
4.5.1 STORING RDF AS XML 51
4.5.2 VERTICAL TABLE 53
4.5.3 GRAPH-BASED STORAGE 54
4.5.4 GRAPH SCHEMA-VERTICAL DATA 56
4.5.5 PROPERTY TABLE 58
4.5.6 VERTICAL PARTITIONING 60
4.5.7 SMART INDEXING 62
4.6 CONCLUSION 64
REFERENCES 64
A METAMODEL APPROACH TO SEMANTIC WEB DATA MANAGEMENT . . .. 67 ROBERTO
DE VIRGILIO, PIERLUIGI DEL NOSTRO, GIORGIO GIANFORME, AND STEFANO
PAOLOZZI 5.1 INTRODUCTION 67
5.2 MOTIVATING EXAMPLE 69
5.3 MANAGEMENT OF RDF DATA 70
5.3.1 A CONCEPTUAL REPRESENTATION 72
5.3.2 LOGICAL LEVEL 75
5.3.3 PHYSICAL LEVEL 77
5.3.4 QUERY PROCESSING 79
5.4 RELATED WORK 79
5.5 EXPERIMENTAL RESULTS 82
5.5.1 RDF BENCHMARK 82
5.5.2 PLATFORM ENVIRONMENT 85
5.5.3 EVALUATING RESULTS 86
5.6 CONCLUSION 89
REFERENCES 90
MANAGING TERABYTES OF WEB SEMANTICS DATA . . . 93
MICHELE CATASTA, RENAUD DELBRU, NICKOLAI TOUPIKOV, AND GIOVANNI
TUMMARELLO 6.1 INTRODUCTION 93
6.1.1 DEFINITION AND MODEL FOR THE WEB OF DATA 94
6.2 PROVIDING SERVICES ON THE WEB OF DATA: A MODEL FOR A LARGE SCALE
SEMANTIC DATA PROCESSING INFRASTRUCTURE 95
6.3 SEMANTIC SITEMAP: A DATASET PUBLISHING MODEL 97
6.3.1 THE SITEMAP PROTOCOL AND R O B O T S. T XT 98
6.3.2 THE SEMANTIC SITEMAPS EXTENSION 98
6.4 PRE-PROCESSING: CONTEXT-DEPENDENT REASONING 100 6.4.1 CONTEXTS ON
THE SEMANTIC WEB 101
IMAGE 3
6.4.2 IMPORT CLOSURE OF RDF MODELS 102
6.4.3 DEDUCTIVE CLOSURE OF RDF MODELS 103
6.4.4 TECHNICAL OVERVIEW 104
6.4.5 PERFORMANCE OVERVIEW 105
6.4.6 DISCUSSION 105
6.5 INDEXING: THE SIREN MODEL 106
6.5.1 SIREN DATA MODEL 106
6.5.2 SIREN QUERY MODEL 108
6.5.3 EXPERIMENTAL BENCHMARK 6.6 RANKING: THE DING MODEL 6.6.1 A
TWO-LAYER MODEL FOR WEB DATA .
6.6.2 DING ALGORITHM 6.6.3 COMBINING DING AND ENTITY RANK 6.7 LEVERAGING
SINDICE IN SIGMA 6.7.1 SIG.MA: PROCESSING DATAFLOW AND INTERACTION WITH
SINDICE
10 12 13 14
15 15 16
6.8 CONCLUSION 120
REFERENCES 122
PART II REASONING IN THE SEMANTIC WEB
7 REASONING IN SEMANTIC WEB-BASED SYSTEMS 127
FLORIAN FISCHER AND GULAY UNEL 7.1 INTRODUCTION 127
7.2 BACKGROUND 128
7.2.1 LOGIC PROGRAMMING 128
7.2.2 DESCRIPTION LOGICS 130
7.3 STANDARDS ON THE SEMANTIC WEB 131
7.3.1 OWL 2 131
7.3.2 WSML 132
7.4 REASONING TECHNIQUES 133
7.4.1 DESCRIPTION LOGIC PARADIGM 133
7.4.2 RULE PARADIGM 135
7.5 REASONING ON THE WEB 139
7.5.1 EXPRESSIVITY 140
7.5.2 APPROXIMATE REASONING 142
7.6 CONCLUSION 144
REFERENCES 144
8 MODULAR KNOWLEDGE REPRESENTATION AND REASONING IN THE SEMANTIC WEB 147
LUCIANO SERAFINI AND MARTIN HOMOLA 8.1 INTRODUCTION 147
8.2 ONTOLOGIES AND DESCRIPTION LOGICS 149
8.2.1 DESCRIPTION LOGIC SHOXQ B 150
8.2.2 SUBLANGUAGES OF SHOLQB 152
8.3 REFERENCE DISTRIBUTED ONTOLOGY FRAMEWORK 153
IMAGE 4
8.4 DISTRIBUTED DESCRIPTION LOGIES 154
8.4.1 FORMALIZARON 154
8.4.2 REASONING IN DDL 156
8.4.3 MODELING WITH DDL 157
8.5 -CONNECTIONS 160
8.5.1 FORMALIZATION 160
8.5.2 REASONING IN -CONNECTIONS 164
8.5.3 MODELING WITH ^-CONNECTIONS 165
8.6 PACKAGE-BASED DESCRIPTION LOGICS 168
8.6.1 FORMALIZATION 168
8.6.2 REASONING IN P-DL 170
8.6.3 MODELING WITH P-DL 170
8.7 INTEGRATED DISTRIBUTED DESCRIPTION LOGICS 173
8.7.1 FORMALIZATION 173
8.7.2 REASONING IN IDDL 175
8.7.3 MODELING WITH IDDL 175
8.8 CONCLUSION 177
REFERENCES 179
9 SEMANTIC MATCHING WITH S-MATCH 183
PAVEL SHVAIKO, FAUSTO GIUNCHIGLIA, AND MIKALAI YATSKEVICH 9.1
INTRODUCTION 183
9.2 STATE OF THE ART 184
9.3 SEMANTIC MATCHING 186
9.3.1 THE TREE MATCHING ALGORITHM 187
9.3.2 NODE MATCHING ALGORITHM 192
9.4 EFFICIENT SEMANTIC MATCHING 193
9.4.1 CONJUNCTIVE CONCEPTS AT NODES 194
9.4.2 DISJUNCTIVE CONCEPTS AT NODES 195
9.5 THE S-MATCH ARCHITECTURE 196
9.6 EVALUATION 196
9.6.1 EVALUATION SET UP 196
9.6.2 EVALUATION RESULTS 198
9.7 CONCLUSION 200
REFERENCES 200
10 PRESERVING SEMANTICS IN AUTOMATICALLY CREATED ONTOLOGY ALIGNMENTS 203
GIORGIO ORSI AND LETIZIA TANCA 10.1 INTRODUCTION 203
10.2 RELATED RESEARCH FIELDS 204
10.3 PRELIMINARIES 205
10.3.1 ONTOLOGIES 205
10.3.2 CORRESPONDENCES AND MAPPINGS 206
10.3.3 DISTRIBUTED ONTOLOGIES 207
10.3.4 FAULTS AND DIAGNOSES 208
IMAGE 5
10.4 MAPPING REVISION 209
10.4.1 MODEL-BASED MAPPING REVISION 210
10.4.2 HEURISTIC MAPPING REVISION 213
10.4.3 UNCERTAINTY-AWARE MAPPING REVISION 218
10.5 CONCLUSION 220
REFERENCES 221
11 TOWL: INTEGRATING TIME IN OWL 225
FLAVIUS FRASINCAR, VIOREL MILEA, AND UZAY KAYMAK 11.1 INTRODUCTION 225
11.2 PRELIMINARIES 227
11.2.1 CONCRETE DOMAINS 227
11.2.2 4D FLUENTS 228
11.3 TOWL 230
11.3.1 TOWL OVERVIEW 230
11.3.2 OWL SCHEMA OF TOWL 230
11.4 A TOWL ONTOLOGY FOR THE LEVERAGED BUYOUTS 234
11.4.1 LEVERAGED BUYOUTS 235
11.4.2 TBOX 235
11.4.3 ABOX 239
11.4.4 USE CASES 241
11.5 RELATED WORK 242
11.5.1 TEMPORAL RDF 242
11.5.2 OWL-TIME 243
11.5.3 4D FLUENTS 244
11.6 CONCLUSION 245
REFERENCES 246
PART III SEMANTIC WEB DATA QUERYING
12 DATALOG EXTENSIONS FOR TRACTABLE QUERY ANSWERING OVER ONTOLOGIES 249
ANDREA CALI, GEORG GOTTLOB, AND THOMAS LUKASIEWICZ 12.1 INTRODUCTION 249
12.2 PRELIMINARIES 252
12.3 GUARDED DATALOG* 257
12.4 LINEAR DATALOG* 262
12.5 WEAKLY GUARDED DATALOG* 264
12.6 EXTENSIONS 268
12.6.1 NEGATIVE CONSTRAINTS 268
12.6.2 NON-CONFLICTING KEYS 269
12.7 ONTOLOGY QUERYING 271
12.7.1 DL-LITE^ 271
12.7.2 F-LOGICLITE 275
12.8 CONCLUSION 277
REFERENCES 278
IMAGE 6
13 ON THE SEMANTICS OF SPARQL 281
MARCELO ARENAS, CLAUDIO GUTIERREZ, AND JORGE PEREZ 13.1 INTRODUCTION 281
13.2 THE W3C SYNTAX OF SPARQL 283
13.2.1 BASIC DEFINITIONS 284
13.2.2 BASIC STRUCTURES 284
13.2.3 MORE COMPLEX QUERIES 286
13.2.4 FINAL REMARKS 288
13.3 AN ALGEBRAIC SYNTAX FOR SPARQL 289
13.3.1 TRANSLATING SPARQL INTO THE ALGEBRAIC FORMALISM . . .. 291 13.4
SEMANTICS OF SPARQL 293
13.4.1 BLANK NODES IN GRAPH PATTERNS 299
13.4.2 BAG SEMANTICS OF SPARQL 300
13.5 ON THE COMPLEXITY OF THE EVALUATION PROBLEM 301
13.6 RELATED WORK 305
13.7 CONCLUSION 306
REFERENCES 307
14 LABELING RDF GRAPHS FOR LINEAR TIME AND SPACE QUERYING 309 TIM
FURCHE, ANTONIUS WEINZIERL, AND FRANCOIS BRY 14.1 INTRODUCTION 310
14.1.1 CONTRIBUTIONS 311
14.2 MOTIVATING EXAMPLE 312
14.3 PRELIMINARIES-RDF AS GRAPHS 314
14.3.1 QUERIES ON RDF GRAPHS 315
14.3.2 TRIPLE PATTERNS AND ADJACENCY 318
14.4 LABELING SCHEMES FOR RDF GRAPHS 319
14.4.1 FOUNDATION: TREE LABELING 319
14.4.2 REACHABILITY IN GRAPHS 322
14.5 CLG-LABELING SCHEME 323
14.5.1 LABEL SIZE 325
14.5.2 ADJACENCY & REACHABILITY TEST 326
14.5.3 OPTIMAL CIG-IABELING 327
14.6 CIG-LABELING ON TREES AND CLGS 328
14.6.1 CLGS: SHARING-LIMITED GRAPHS 328
14.6.2 LABELING CLGS AND TREES 330
14.6.3 PROPERTIES OF CIG-IABELINGS ON CLGS AND TREES 330 14.6.4
LIMITATIONS AND EXTENSIONS 331
14.7 PROCESSING SPARQL WITH CIG-IABELINGS 332
14.7.1 PROCESSING 1-SPARQL 332
14.7.2 PROCESSING A-SPARQL 333
14.7.3 TOWARDS FULL SPARQL 335
14.7.4 TOWARDS PATH EXPRESSIONS 336
14.8 CONCLUSION 336
REFERENCES 337
IMAGE 7
15 SPARQLOG: SPARQL WITH RULES AND QUANTIFICATION 341
FRANCOIS BRY, TIM FURCHE, BRUNO MARNETTE, CLEMENS LEY, BENEDIKT LINSE,
AND OLGA POPPE 15.1 INTRODUCTION 342
15.2 PRELIMINARIES 344
15.3 SPARQL RULE LANGUAGES 347
15.3.1 SPARQL AND RULE EXTENSIONS OF SPARQL 347 15.3.2 OTHER RULE-BASED
RDF QUERY LANGUAGES 348
15.3.3 QUANTIFIER ALTERNATION IN DATA EXCHANGE 349
15.4 SPARQLOG: SPARQL WITH RULES AND QUANTIFICATION 350 15.4.1 SPARQLOG
SYNTAX 352
15.4.2 DENOTATIONAL SEMANTICS FOR SPARQLOG 353
15.4.3 RELATIONAL OPERATIONAL SEMANTICS FOR SPARLOG 355 15.5 PROPERTIES
OF SPARQLOG 360
15.5.1 DESIGNING TRACTABLE FRAGMENTS OF SPARQLOG 360 15.5.2
EXPRESSIVENESS OF QUANTIFIER ALTERNATION IN SPARQLOG . . 364 15.5.3
EXPERIMENTAL COMPARISON WITH SPARQL ENGINES 367 15.6 CONCLUSION 369
REFERENCES 369
16 SP 2 BENCH: A SPARQL PERFORMANCE BENCHMARK 371
MICHAEL SCHMIDT, THOMAS HORNUNG, MICHAEL MEIER, CHRISTOPH PINKEL, AND
GEORG LAUSEN 16.1 INTRODUCTION 371
16.2 BENCHMARK DESIGN DECISIONS 374
16.3 THE SP 2 BENCH DATA GENERATOR 375
16.3.1 CHARACTERISTICS OF DBLP DATA 375
16.3.2 DATA GENERATOR IMPLEMENTATION AND RDF SCHEME 379 16.4 THE SP 2
BENCH BENCHMARK QUERIES 382
16.4.1 RDF CHARACTERISTICS 382
16.4.2 SPARQL CHARACTERISTICS 384
16.4.3 DISCUSSION OF BENCHMARK QUERIES 384
16.5 BENCHMARK METRICS 390
16.6 CONCLUSION 391
REFERENCES 392
PART IV SEMANTIC WEB APPLICATIONS
17 USING OWL IN DATA INTEGRATION 397
DIEGO CALVANESE, GIUSEPPE DE GIACOMO, DOMENICO LEMBO, MAURIZIO
LENZERINI, RICCARDO ROSATI, AND MARCO RUZZI 17.1 INTRODUCTION 398
17.2 THE DATA INTEGRATION FRAMEWORK 400
17.3 COMPUTATIONAL CHARACTERIZATION OF QUERY ANSWERING 406 17.4 DATA
INTEGRATION USING OWL 2 QL 409
17.5 RELATEDWORK 414
IMAGE 8
17.6 CONCLUSION 419
REFERENCES 419
18 SERVICE KNOWLEDGE SPACES FOR SEMANTIC COLLABORATION IN WEB-BASED
SYSTEMS 425
DEVIS BIANCHINI, VALERIA DE ANTONELLIS, AND MICHELE MELCHIORI 18.1
INTRODUCTION 425
18.2 SEMANTIC COLLABORATION IN NETWORKED WEB-BASED SYSTEMS 426 18.3
SERVICE KNOWLEDGE SPACE 429
18.3.1 PRELIMINARY NOTIONS 429
18.3.2 MODEL-BASED SERVICE DESCRIPTION 430
18.3.3 ONTOLOGICAL INFRASTRUCTURE 431
18.4 DISTRIBUTED SEMANTIC SERVICE MANAGEMENT 437
18.4.1 DISTRIBUTED SERVICE REGISTRY STRUCTURE 438
18.4.2 DISTRIBUTED SERVICE REGISTRY MAINTENANCE 439
18.5 SEMANTIC COLLABORATION WITH DISTRIBUTED SERVICE REGISTRY 440 18.5.1
EXPERIMENTAL EVALUATION 442
18.6 RELATEDWORK 443
18.7 CONCLUSION 446
REFERENCES 447
19 INFORMATIVE TOP-K RETRIEVAL FOR ADVANCED SKILL MANAGEMENT . . .. 449
SIMONA COLUCCI, TOMMASO DI NOIA, AZZURRA RAGONE, MICHELE RUTA, UMBERTO
STRACCIA, AND EUFEMIA TINELLI 19.1 INTRODUCTION 450
19.2 PRELIMINARIES 451
19.3 HUMAN RESOURCES RETRIEVAL 453
19.3.1 ONTOLOGY COMPONENT 455
19.3.2 DATABASE COMPONENT 457
19.3.3 QUERY PROCESS (BY EXAMPLE) 460
19.3.4 MATCH EXPLANATION 462
19.4 EXPERIMENTS 466
19.5 RELATEDWORK 468
19.5.1 RESEARCH APPROACHES 469
19.5.2 COMMERCIAL TOOLS 470
APPENDIX A ONTOLOGY AXIOMS EXCERPTS 470
APPENDIX B EXAMPLE CANDIDATE PROFILES SET 473
REFERENCES 475
PART V ENGINEERING SEMANTIC WEB SYSTEMS
20 MIDST: INTEROPERABILITY FOR SEMANTIC ANNOTATIONS 479 PAOLO ATZENI,
PIERLUIGI DEL NOSTRO, AND STEFANO PAOLOZZI 20.1 INTRODUCTION 479
20.2 STATE OF THE ART 481
20.2.1 FROM DATABASE TO ONTOLOGY 482
IMAGE 9
20.2.2 FROM ONTOLOGY TO DATABASE 483
20.2.3 TRANSLATION BETWEEN ONTOLOGIES AND DATABASES 483 20.3 MODEL
INDEPENDENT SCHEMA AND DATA TRANSLATION 485 20.3.1 BASIC TRANSLATIONS
486
20.3.2 MORE COMPLEX TRANSLATIONS 487
20.4 OWL AND RELATIONAL DATABASE INTEROPERABILITY 488
20.4.1 RELATIONAL DATA MODEL 488
20.4.2 OWL DATA MODEL 490
20.5 AN EXTENDED SUPERMODEL 492
20.5.1 MANAGEMENT OF INTERSECTIONS 493
20.5.2 MANAGEMENT OF RESTRICTIONS 494
20.5.3 CLASSES EQUIVALENCE 494
20.5.4 PROPERTIES EQUIVALENCE 494
20.5.5 OBJECT AND DATATYPE PROPERTIES GENERALIZATION 495 20.5.6
FUNCTIONAL DATATYPE PROPERTIES 495
20.5.7 SYMMETRIC, TRANSITIVE AND INVERSE OBJECT PROPERTIES . . .. 495
20.6 TRANSLATION RULES 495
20.7 CONCLUSION 498
REFERENCES 499
21 VIRTUOSO: RDF SUPPORT IN A NATIVE RDBMS 501
ORRI ERLING AND IVAN MIKHAILOV 21.1 INTRODUCTION 501
21.2 STATE OF THE ART 502
21.3 TRIPLE STORAGE 504
21.4 SPARQL AND SQL 506
21.5 CLUSTERING AND SCALABILITY 509
21.5.1 QUERY EXECUTION MODEL 510
21.5.2 PERFORMANCE 511
21.6 MAPPING RELATIONAL DATA INTO RDF FOR SPARQL ACCESS 512 21.7
APPLICATIONS AND BENCHMARKS 515
21.8 FUTURE DIRECTIONS 516
21.9 CONCLUSION 517
REFERENCES 518
22 HERA: ENGINEERING WEB APPLICATIONS USING SEMANTIC WEB-BASED MODELS
521
KEES VAN DER SLUIJS, GEERT-JAN HOUBEN, ERWIN LEONARDI, AND JAN HIDDERS
22.1 INTRODUCTION 521
22.2 METHOD 523
22.2.1 DATA MODELING 524
22.2.2 APPLICATION MODELING 525
22.2.3 PRESENTATION MODELING 531
22.3 USER MODELING 532
22.4 ASPECT ORIENTATION 533
IMAGE 10
22.5 TOOL SUPPORT 535
22.5.1 HERA STUDIO 535
22.5.2 OTHER TOOLS 537
22.6 RELATEDWORK 538
22.6.1 WEBML 539
22.6.2 OOHDM 539
22.6.3 UWE 540
22.6.4 OOWS 541
22.7 CONCLUSION 542
REFERENCES 543
INDEX 545
|
any_adam_object | 1 |
author2 | De Virgilio, Roberto |
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author2_variant | v r d vr vrd |
author_GND | (DE-588)14028513X |
author_facet | De Virgilio, Roberto |
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discipline | Allgemeines Informatik |
format | Book |
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id | DE-604.BV025593478 |
illustrated | Illustrated |
indexdate | 2024-07-09T22:37:07Z |
institution | BVB |
isbn | 9783642043284 |
language | English |
oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-020189659 |
oclc_num | 845579466 |
open_access_boolean | |
owner | DE-11 DE-824 DE-945 |
owner_facet | DE-11 DE-824 DE-945 |
physical | XX, 549 S. Ill., graph. Darst. |
publishDate | 2010 |
publishDateSearch | 2010 |
publishDateSort | 2010 |
publisher | Springer |
record_format | marc |
spelling | Semantic web information management a model-based perspective Roberto De Virgilio ... eds. Berlin [u.a.] Springer 2010 XX, 549 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Semantic Web (DE-588)4688372-1 gnd rswk-swf Wissensmanagement (DE-588)4561842-2 gnd rswk-swf Semantic Web (DE-588)4688372-1 s Wissensmanagement (DE-588)4561842-2 s b DE-604 De Virgilio, Roberto (DE-588)14028513X edt Erscheint auch als Online-Ausgabe 978-3-642-04329-1 DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020189659&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Semantic web information management a model-based perspective Semantic Web (DE-588)4688372-1 gnd Wissensmanagement (DE-588)4561842-2 gnd |
subject_GND | (DE-588)4688372-1 (DE-588)4561842-2 |
title | Semantic web information management a model-based perspective |
title_auth | Semantic web information management a model-based perspective |
title_exact_search | Semantic web information management a model-based perspective |
title_full | Semantic web information management a model-based perspective Roberto De Virgilio ... eds. |
title_fullStr | Semantic web information management a model-based perspective Roberto De Virgilio ... eds. |
title_full_unstemmed | Semantic web information management a model-based perspective Roberto De Virgilio ... eds. |
title_short | Semantic web information management |
title_sort | semantic web information management a model based perspective |
title_sub | a model-based perspective |
topic | Semantic Web (DE-588)4688372-1 gnd Wissensmanagement (DE-588)4561842-2 gnd |
topic_facet | Semantic Web Wissensmanagement |
url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=020189659&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
work_keys_str_mv | AT devirgilioroberto semanticwebinformationmanagementamodelbasedperspective |