XML data management: native XML and XML-enabled database systems
Gespeichert in:
| Format: | Buch |
|---|---|
| Sprache: | English |
| Veröffentlicht: |
Boston, MA
Addison-Wesley
2003
|
| Ausgabe: | 1. print. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | Includes bibliographical references and index |
| Beschreibung: | XXXVI, 641 S. Ill. |
| ISBN: | 0201844524 |
Internformat
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| 245 | 1 | 0 | |a XML data management |b native XML and XML-enabled database systems |c Akmal B. Chaudhri ... |
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| adam_text | XML DATA MANAGEMENT NATIVE XML AND XML-ENABLED DATABASE SYSTEMS AKMAL B.
CHAUDHRI AWAIS RASHID ROBERTO ZICARI EDITORS ARADDISON-WESLEY TT BOSTON
* SAN FRANCISCO * NEW YORK * TORONTO * MONTREAL LONDON * MUNICH * PARIS
* MADRID CAPETOWN * SYDNEY * TOKYO * SINGAPORE * MEXICO CITY CONTENTS
PREFACE XIX ACKNOWLEDGMENTS XXXV PART I WHAT IS XML? 1 CHAPTER 1
INFORMATION MODELING WITH XML 3 1.1 INTRODUCTION 3 1.2 XML AS AN
INFORMATION DOMAIN 4 1.3 HOW XML EXPRESSES INFORMATION 5 1.4 PATTERNS IN
XML 6 1.5 COMMON XML INFORMATION-MODELING PITFALLS 9 1.5.1 ATTRIBUTES
USED AS DATA ELEMENTS 10 1.5.2 DATA ELEMENTS USED AS METADATA 11 1.5.3
INADEQUATE USE OF TAGS 12 1.6 A VERY SIMPLE WAY TO DESIGN XML 14 1.7
CONCLUSION 16 VII VIII CONTENTS PART II NATIVE XML DATABASES 19 CHAPTER
2 TAMINO*SOFTWARE AG S NATIVE XML SERVER 21 2.1 INTRODUCTION 21 2.2
TAMINO ARCHITECTURE AND APIS 22 2.3 XML STORAGE 23 2.3.1 COLLECTIONS AND
DOCTYPES 25 2.3.2 SCHEMAS 26 2.3.3 ACCESS TO OTHER DATABASES*TAMINO
X-NODE 28 2.3.4 MAPPING DATA TO FUNCTIONS*TAMINO X-TENSION 31 2.3.5
INTERNATIONALIZATION ISSUES 34 2.3.6 INDEXING 35 2.3.7 ORGANIZATION ON
DISK 36 2.4 QUERYING XML 37 2.4.1 QUERY LANGUAGE*TAMINO X-QUERY 37 2.4.2
SESSIONS AND TRANSACTIONS 38 2.4.3 HANDLING OF RESULTS 38 2.4.4 QUERY
EXECUTION 39 2.5 TOOLS 39 2.5.1 DATABASE BROWSING 39 2.5.2 SCHEMA
EDITING 39 2.5.3 WEBDAV ACCESS 40 2.5.4 X-APPLICATION 41 2.6 FULL
DATABASE FUNCTIONALITY 42 2.7 CONCLUSION 42 CHAPTER 3 EXIST NATIVE XML
DATABASE 43 3.1 INTRODUCTION 43 3.2 FEATURES 44 3.2.1 SCHEMA-LESS XML
DATA STORE 44 3.2.2 COLLECTIONS 44 3.2.3 INDEX-BASED QUERY PROCESSING 44
3.2.4 EXTENSIONS FOR FULL-TEXT SEARCHING 45 3.3 SYSTEM ARCHITECTURE
OVERVIEW 45 3.3.1 PLUGGABLE STORAGE BACKENDS 45 3.3.2 DEPLOYMENT - 46
3.3.3 APPLICATION DEVELOPMENT 46 3.4 GETTING STARTED 47 3.5 QUERY
LANGUAGE EXTENSIONS 47 3.5.1 SPECIFYING THE INPUT DOCUMENT SET 48 3.5.2
QUERYING TEXT 48 3.5.3 OUTSTANDING FEATURES 49 CONTENTS IX 3.6
APPLICATION DEVELOPMENT 50 3.6.1 PROGRAMMING JAVA APPLICATIONS WITH THE
XML:DB API 50 3.6.2 ACCESSING EXIST WITH SOAP 52 3.6.3 INTEGRATION WITH
COCOON 54 3.7 TECHNICAL BACKGROUND 56 3.7.1 APPROACHES TO QUERY
EXECUTION 57 3.7.2 INDEXING SCHEME 58 3.7.3 INDEX AND STORAGE
IMPLEMENTATION 61 3.7.4 QUERY LANGUAGE PROCESSING 63 3.7.5 QUERY
PERFORMANCE 65 3.8 CONCLUSION 67 CHAPTER 4 EMBEDDED XML DATABASES 69 4.1
INTRODUCTION 69 4.2 A PRIMER ON EMBEDDED DATABASES 70 4.3 EMBEDDED XML
DATABASES 71 4.4 BUILDING APPLICATIONS FOR EMBEDDED XML DATABASES 73
4.4.1 OVERVIEW OF BERKELEY DB XML 73 4.4.2 CONFIGURATION 74 4.4.3
INDEXING AND INDEX TYPES 75 4.4.4 XPATH QUERY PROCESSING 78 4.4.5
PROGRAMMING FOR TRANSACTIONS 80 4.4.6 TWO-PHASE LOCKING AND DEADLOCKS 81
4.4.7 REDUCING CONTENTION 84 4.4.8 CHECKPOINTS 85 4.4.9 RECOVERY
PROCESSING AFTER FAILURES 86 4.5 CONCLUSION 87 PART III XML AND
RELATIONAL DATABASES 89 CHAPTER 5 IBM XML-ENABLED DATA MANAGEMENT
PRODUCT ARCHITECTURE AND TECHNOLOGY 91 5.1 INTRODUCTION 91 5.2 PRODUCT
AND TECHNOLOGY OFFERING SUMMARIES 92 5.2.1 DB2 UNIVERSAL DATABASE 92
5.2.2 INFORMATION INTEGRATION TECHNOLOGY 92 5.3 CURRENT ARCHITECTURE AND
TECHNOLOGY 93 5.3.1 SHARED ARCHITECTURE AND TECHNOLOGY 93 5.3.2 XML
EXTENDER ARCHITECTURE 94 5.3.3 XML EXTENDER TECHNOLOGY 95 5.3.4 USING
BOTH XML COLLECTIONS AND XML COLUMNS 100 5.3.5 TRANSFORMING XML DATA 101
CONTENTS 5.3.6 SEARCHING, PARSING, AND VALIDATING XML DATA 102 5.3.7 XML
EXTENDER FEDERATED SUPPORT 102 5.3.8 SQL XML SUPPORT ARCHITECTURE 102
5.3.9 SQL XML SUPPORT TECHNOLOGY 104 5.3.10 DATA MANAGEMENT WEB SERVICES
ARCHITECTURE 107 5.3.11 DATA MANAGEMENT WEB SERVICES TECHNOLOGY 107
5.3.12 INFORMATION INTEGRATION-SPECIFIC ARCHITECTURE AND TECHNOLOGY 111
5.4 FUTURE ARCHITECTURE AND TECHNOLOGY 113 5.4.1 THE VISION 113 5.4.2
APPLICATION INTERFACE, DATA TYPE, AND API GOALS 113 5.4.3 STORAGE,
ENGINE, AND DATA MANAGER GOALS 116 5.4.4 WHY SUPPORT BOTH XML AND
RELATIONAL STORAGE IN ONE SYSTEM? 118 5.4.5 WHY NOT OBJECT-RELATIONAL
LONG TERM? 119 5.4.6 IMPACTED TECHNOLOGY AREAS 119 5.5 CONCLUSION 120
NOTICES 120 CHAPTER 6 SUPPORTING XML IN ORACLE9I 123 6.1 INTRODUCTION
123 6.2 STORING XML AS CLOB 126 6.2.1 USING CLOB AND THE ORACLETEXT
CARTRIDGE 126 6.2.2 SEARCH PREDICATES IN ORACLETEXT 127 6.2.3
XML-SPECIFIC FUNCTIONALITY 129 6.2.4 PREREQUISITES 130 6.3 XMLTYPE 132
6.3.1 OBJECT TYPE XMLTYPE 132 6.3.2 PROCESSING OF XMLTYPE IN JAVA 135
6.4 USING XSU FOR FINE-GRAINED STORAGE 135 6.4.1 CANONICAL MAPPING 136
6.4.2 RETRIEVAL 139 6.4.3 MODIFICATIONS 141 6.5 BUILDING XML DOCUMENTS
FROM RELATIONAL DATA 144 6.5.1 SQL FUNCTIONS EXISTSNODE AND EXTRACT 144
6.5.2 THE SQL FUNCTION SYS_XMLGEN 144 6.5.3 THE SQL FUNCTION SYS_XMLAGG
146 6.5.4 PL/SQL PACKAGE DBMS_XMLGEN 148 6.5.5 WEB ACCESS TO THE
DATABASE 149 6.5.6 THE PRINCIPLE OF XSQL 149 6.5.7 POSTING XML DATA INTO
THE DATABASE 151 6.5.8 PARAMETERIZATION 152 6.5.9 SERVLET INVOCATIONS
154 6.6 SPECIAL ORACLE FEATURES 155 6.6.1 URI SUPPORT 155 6.6.2 PARSERS
160 CONTENTS XI 6.6.3 CLASS GENERATOR 161 6.6.4 SPECIAL JAVA BEANS 162
6.7 CONCLUSION 163 CHAPTER 7 XML SUPPORT IN MICROSOFT SQL SERVER 2000
165 7.1 INTRODUCTION 165 7.2 XML AND RELATIONAL DATA 165 7.3 XML ACCESS
TO SQL SERVER 166 7.3.1 ACCESS VIA HTTP 167 7.3.2 USING THE XML FEATURES
THROUGH SQLOLEDB, ADO, AND .NET 169 7.4 SERIALIZING SQL QUERY RESULTS
INTO XML 170 7.4.1 THE RAW MODE 172 7.4.2 THE AUTO AND NESTED MODES 173
7.4.3 THE EXPLICIT MODE 174 7.5 PROVIDING RELATIONAL VIEWS OVER XML 176
7.6 SQLXML TEMPLATES 180 7.7 PROVIDING XML VIEWS OVER RELATIONAL DATA
182 7.7.1 ANNOTATED SCHEMATA 182 7.7.2 QUERYING USING XPATH 183 7.7.3
UPDATING USING UPDATEGRAMS 185 7.7.4 BULK LOADING 186 7.8 CONCLUSION 187
CHAPTER 8 A GENERIC ARCHITECTURE FOR STORING XML DOCUMENTS IN A
RELATIONAL DATABASE 189 8.1 INTRODUCTION 189 8.2 SYSTEM ARCHITECTURE 192
8.2.1 INSTALLING XERCES 192 8.3 THE DATA MODEL 193 8.3.1 DOM STORAGE IN
RELATIONAL DATABASES 195 8.3.2 THE NESTED SETS MODEL 195 8.4 CREATING
THE DATABASE 196 8.4.1 THE PHYSICAL DATA MODEL 197 8.4.2 CREATING
USER-DEFINED DATA TYPES 198 8.4.3 CREATING THE TABLES 198 8.4.4
SERIALIZING A DOCUMENT OUT OF THE REPOSITORY 206 8.4.5 BUILDING AN XML
DOCUMENT MANUALLY 211 8.5 CONNECTING TO THE REPOSITORY 213 8.5.1 THE
XMLREPDB CLASS 213 8.6 UPLOADING XML DOCUMENTS 220 8.6.1 THE XMLREPSAX
CLASS 220 8.6.2 STORED PROCEDURES FOR DATA ENTRY 225 XII CONTENTS 8.6.3
THE UPLOADXML CLASS 231 8.6.4 THE EXTRACTXML CLASS 245 8.7 QUERYING THE
REPOSITORY 248 8.7.1 AD HOC SQL QUERIES 248 8.7.2 SEARCHING FOR TEXT 252
8.7.3 SOME MORE STORED PROCEDURES 252 8.7.4 GENERATING XPATH EXPRESSIONS
254 8.8 FURTHER ENHANCEMENTS 257 8.9 CONCLUSION 258 CHAPTER 9 AN
OBJECT-RELATIONAL APPROACH TO BUILDING A HIGH-PERFORMANCE XML REPOSITORY
259 9.1 INTRODUCTION 259 9.2 OVERVIEW OF XML USE-CASE SCENARIO 261 9.3
HIGH-LEVEL SYSTEM ARCHITECTURE 262 9.4 DETAILED DESIGN DESCRIPTIONS 268
9.5 CONCLUSION 286 PART IV APPLICATIONS OF XML 289 CHAPTER 10 KNOWLEDGE
MANAGEMENT IN BIOINFORMATICS 291 10.1 INTRODUCTION 291 10.2 A BRIEF
MOLECULAR BIOLOGY BACKGROUND 293 10.3 LIFE SCIENCES ARE TURNING TO XML
TO MODEL THEIR INFORMATION 296 10.4 A GENETIC INFORMATION MODEL 300 10.5
NEOCORE XMS 308 10.6 INTEGRATION OF BLAST INTO NEOCORE XMS 311 10.6.1
SEQUENCE SEARCH TYPES 313 CONCLUSION 319 CHAPTER 11 CASE STUDIES OF XML
USED WITH IBM DB2 UNIVERSAL DATABASE 321 11.1 INTRODUCTION 321 11.2 CASE
STUDY 1: OUR MOST VALUED CUSTOMERS COME FIRST 322 11.2.1 COMPANY
SCENARIO 322 11.2.2 HOW THIS BUSINESS PROBLEM IS ADDRESSED 322 11.2.3
FUTURE EXTENSIONS 326 11.3 CASE STUDY 2: IMPROVE CASH FLOW 327 11.3.1
COMPANY SCENARIO 327 11.3.2 HOW THIS BUSINESS PROBLEM IS ADDRESSED 328
11.3.3 FUTURE EXTENSIONS 333 11.4 CONCLUSION 334 NOTICES 334 CONTENTS
XIII CHAPTER 12 THE DESIGN AND IMPLEMENTATION OF AN ENGINEERING DATA
MANAGEMENT SYSTEM USING XML AND J2EE 337 12.1 INTRODUCTION 337 12.2
BACKGROUND AND REQUIREMENTS 338 12.3 OVERVIEW 339 12.3.1 SECURITY
SERVICE 339 12.3.2 QUERY SERVICE 340 12.3.3 IMAGE QUERY SERVICE 341
12.3.4 PRINT SERVICE 341 12.4 DESIGN CHOICES 341 12.4.1 USING XML IN OAI
341 12.4.2 CONVERSION OF XML INPUT INTO OBJECTS 343 12.4.3 CONVERSION OF
DATABASE DATA INTO XML 344 12.4.4 CONVERSION OF IMAGE DATA INTO XML 344
12.4.5 DATABASE ACCESS 345 12.4.6 VALIDATION 347 12.5 FUTURE DIRECTIONS
349 12.5.1 XSLT 349 12.5.2 WEB SERVICES 349 12.5.3 MASS TRANSFER
CAPABILITY 350 12.5.4 MESSAGING 350 12.6 CONCLUSION 351 CHAPTER 13
GEOGRAPHICAL DATA INTERCHANGE USING XML-ENABLED TECHNOLOGY WITHIN THE
GIDB SYSTEM 353 13.1 INTRODUCTION 353 13.2 GIDB METOC DATA INTEGRATION
356 13.2.1 BACKGROUND 356 13.2.2 IMPLEMENTATION 357 13.3 GIDB WEB MAP
SERVICE IMPLEMENTATION 363 13.4 GIDB GML IMPORT AND EXPORT 368 13.5
CONCLUSION 373 CHAPTER 14 SPACE WIDE WEB BY ADAPTERS IN DISTRIBUTED
SYSTEMS CONFIGURATION FROM REUSABLE COMPONENTS 375 14.1 INTRODUCTION 375
14.2 ADVANCED CONCEPT DESCRIPTION: THE RESEARCH PROBLEM 376 14.2.1
FUTURE SUPPORTING COMMUNICATIONS SATELLITES CONSTELLATIONS 378 14.3
INTEGRATION OF COMPONENTS WITH ARCHITECTURE 383 14.4 EXAMPLE 384 14.5
FUTURE GENERATION NASA INSTITUTE FOR ADVANCED CONCEPTS, SPACE WIDE WEB
RESEARCH, AND BOUNDARIES 387 XIV CONTENTS 14.6 ADVANCED CONCEPT
DEVELOPMENT 388 14.6.1 THE RESEARCH APPROACH 388 14.6.2 THE RESEARCH
TASKS 389 14.7 CONCLUSION 400 CHAPTER 15 XML AS A UNIFYING FRAMEWORK FOR
INDUCTIVE DATABASES 401 15.1 INTRODUCTION 401 15.2 PAST WORK 403 15.2.1
EXTRACTING AND EVALUATING ASSOCIATION RULES 404 15.2.2 CLASSIFYING DATA
408 15.2.3 INDUCTIVE DATABASES 413 15.2.4 PMML 416 15.3 THE PROPOSED
DATA MODEL: XDM 419 15.3.1 BASIC CONCEPTS 419 15.3.2 CLASSIFICATION WITH
XDM 423 15.3.3 ASSOCIATION RULES WITH XDM 435 15.4 BENEFITS OF XDM 447
15.5 TOWARD FLEXIBLE AND OPEN SYSTEMS 449 15.6 RELATED WORK 450 15.7
CONCLUSION 452 CHAPTER 16 DESIGNING AND MANAGING AN XML WAREHOUSE 455
16.1 INTRODUCTION 455 16.1.1 WHY A VIEW MECHANISM FOR XML? 455 16.1.2
CONTRIBUTIONS 456 16.1.3 OUTLINE 456 16.2 ARCHITECTURE 457 16.3 DATA
WAREHOUSE SPECIFICATION 458 16.3.1 VIEW MODEL FOR XML DOCUMENTS 458
16.3.2 GRAPHIC TOOL FOR DATA WAREHOUSE SPECIFICATION 461 16.4 MANAGING
THE METADATA 462 16.4.1 DATA WAREHOUSE 462 16.4.2 VIEW DEFINITION 463
16.4.3 MEDIATED SCHEMA DEFINITION 466 16.5 STORAGE AND MANAGEMENT OF THE
DATA WAREHOUSE 466 16.5.1 THE DIFFERENT APPROACHES TO STORING XML DATA
467 16.5.2 MAPPING XML TO RELATIONAL 467 16.5.3 VIEW STORAGE 468 16.5.4
EXTRACTION OF DATA 469 16.6 DAWAX: A GRAPHIC TOOL FOR THE SPECIFICATION
AND MANAGEMENT OF A DATA WAREHOUSE 470 16.6.1 DATA WAREHOUSE MANAGER 470
16.6.2 THE DIFFERENT DAWAX PACKAGES 470 CONTENTS XV 16.7 RELATED WORK
472 16.7.1 QUERY LANGUAGES FOR XML 472 16.7.2 STORING XML DATA 472
16.7.3 SYSTEMS FOR XML DATA INTEGRATION 472 16.8 CONCLUSION 473 PART V
PERFORMANCE AND BENCHMARKS 475 CHAPTER 17 XML MANAGEMENT SYSTEM
BENCHMARKS 477 17.1 INTRODUCTION 477 17.2 BENCHMARK SPECIFICATION 478
17.3 BENCHMARK DATA SET 479 17.3.1 BENCHMARK QUERIES 480 17.4 EXISTING
BENCHMARKS FOR XML 482 17.4.1 THE XOO7 BENCHMARK 482 17.4.2 THE XMACH-1
BENCHMARK 488 17.4.3 THE XMARK BENCHMARK . 491 17.5 CONCLUSION 497
CHAPTER 18 THE MICHIGAN BENCHMARK: A MICRO-BENCHMARK FOR XML QUERY
PERFORMANCE DIAGNOSTICS 499 18.1 INTRODUCTION 499 18.2 RELATED WORK 501
18.3 BENCHMARK DATA SET 502 18.3.1 A DISCUSSION OF THE DATA
CHARACTERISTICS 502 18.3.2 SCHEMA OF BENCHMARK DATA 505 18.3.3
GENERATING THE STRING ATTRIBUTES AND ELEMENT CONTENT 507 18.4 BENCHMARK
QUERIES 508 18.4.1 SELECTION 509 18.4.2 VALUE-BASED JOIN 514 18.4.3
POINTER-BASED JOIN 514 18.4.4 AGGREGATION 515 18.4.5 UPDATES 515 18.5
USING THE BENCHMARK 516 18.6 CONCLUSION 517 CHAPTER 19 A COMPARISON OF
DATABASE APPROACHES FOR STORING XML DOCUMENTS 519 19.1 INTRODUCTION 519
19.2 DATA MODELS FOR XML DOCUMENTS 520 19.2.1 THE NONTYPED DOM
IMPLEMENTATION 521 19.2.2 THE TYPED DOM IMPLEMENTATION 522 XVI CONTENTS
19.3 DATABASES FOR STORING XML DOCUMENTS 523 19.3.1 RELATIONAL DATABASES
524 19.3.2 OBJECT-ORIENTED DATABASES 528 19.3.3 DIRECTORY SERVERS 528
19.3.4 NATIVE XML DATABASES 533 19.4 BENCHMARKING SPECIFICATION 533
19.4.1 BENCHMARKING A RELATIONAL DATABASE 534 19.4.2 BENCHMARKING AN
OBJECT-ORIENTED DATABASE 534 19.4.3 BENCHMARKING A DIRECTORY SERVER 535
19.4.4 BENCHMARKING A NATIVE XML DATABASE 535 19.5 TEST RESULTS 536
19.5.1 EVALUATION OF PERFORMANCE 536 19.5.2 EVALUATION OF SPACE 539
19.5.3 CONCLUSION 539 19.6 RELATED WORK 540 19.6.1 STUDIES IN STORING
AND RETRIEVING XML DOCUMENTS 541 19.6.2 XML AND RELATIONAL DATABASES 541
19.6.3 XML AND OBJECT-RELATIONAL DATABASES 542 19.6.4 XML AND
OBJECT-ORIENTED DATABASES 543 19.6.5 XML AND DIRECTORY SERVERS 543
19.6.6 BENCHMARKS FOR XML DATABASES 544 19.6.7 GUIDELINES FOR
BENCHMARKING XML DATABASES 545 19.7 SUMMARY 546 CHAPTER 20 PERFORMANCE
ANALYSIS BETWEEN AN XML-ENABLED DATABASE AND A NATIVE XML DATABASE 547
20.1 INTRODUCTION 547 20.2 RELATED WORK 549 20.3 METHODOLOGY 550 20.4
DATABASE DESIGN 551 20.5 DISCUSSION 555 20.6 EXPERIMENT RESULT 556
20.6.1 DATABASE SIZE 556 20.6.2 SQL OPERATIONS (SINGLE RECORD) 558
20.6.3 SQL OPERATIONS (MASS RECORDS) 560 20.6.4 REPORTING 561 20.7
CONCLUSION 563 CHAPTER 21 CONCLUSION 567 REFERENCES 571 CONTENTS XVII
CONTRIBUTORS 587 EDITORS 587 CHAPTER 1: INFORMATION MODELING WITH XML
588 CHAPTER 2: TAMINO*SOFTWARE AG S NATIVE XML SERVER 588 CHAPTER 3:
EXIST NATIVE XML DATABASE 589 CHAPTER 4: EMBEDDED XML DATABASES 589
CHAPTER 5: IBM XML-ENABLED DATA MANAGEMENT PRODUCT ARCHITECTURE AND
TECHNOLOGY 589 CHAPTER 6: SUPPORTING XML IN ORACLE9I 590 CHAPTER 7: XML
SUPPORT IN MICROSOFT SQL SERVER 2000 590 CHAPTER 8: A GENERIC
ARCHITECTURE FOR STORING XML DOCUMENTS IN A RELATIONAL DATABASE 590
CHAPTER 9: AN OBJECT-RELATIONAL APPROACH TO BUILDING A HIGH-PERFORMANCE
XML REPOSITORY 591 CHAPTER 10: KNOWLEDGE MANAGEMENT IN BIOINFORMATICS
591 CHAPTER 11: CASE STUDIES OF XML USED WITH IBM DB2 UNIVERSAL DATABASE
592 CHAPTER 12: THE DESIGN AND IMPLEMENTATION OF AN ENGINEERING DATA
MANAGEMENT SYSTEM USING XML AND J2EE 592 CHAPTER 13: GEOGRAPHICAL DATA
INTERCHANGE USING XML-ENABLED TECHNOLOGY WITHIN THE GIDB SYSTEM 593
CHAPTER 14: SPACE WIDE WEB BY ADAPTERS IN DISTRIBUTED SYSTEMS
CONFIGURATION FROM REUSABLE COMPONENTS 595 CHAPTER 15: XML AS A UNIFYING
FRAMEWORK FOR INDUCTIVE DATABASES 595 CHAPTER 16: DESIGNING AND MANAGING
AN XML WAREHOUSE 596 CHAPTER 17: XML MANAGEMENT SYSTEM BENCHMARKS 596
CHAPTER 18: THE MICHIGAN BENCHMARK: A MICRO-BENCHMARK FOR XML QUERY
PERFORMANCE DIAGNOSTICS 597 CHAPTER 19: A COMPARISON OF DATABASE
APPROACHES FOR STORING XML DOCUMENTS 598 CHAPTER 20: PERFORMANCE
ANALYSIS BETWEEN AN XML-ENABLED DATABASE AND A NATIVE XML DATABASE 598
INDEX 601
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| edition | 1. print. |
| format | Book |
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| id | DE-604.BV014860323 |
| illustrated | Illustrated |
| indexdate | 2024-08-01T10:40:54Z |
| institution | BVB |
| isbn | 0201844524 |
| language | English |
| lccn | 2002038298 |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-010049102 |
| oclc_num | 50937057 |
| open_access_boolean | |
| owner | DE-29T DE-473 DE-BY-UBG DE-355 DE-BY-UBR DE-19 DE-BY-UBM DE-863 DE-BY-FWS DE-11 DE-188 |
| owner_facet | DE-29T DE-473 DE-BY-UBG DE-355 DE-BY-UBR DE-19 DE-BY-UBM DE-863 DE-BY-FWS DE-11 DE-188 |
| physical | XXXVI, 641 S. Ill. |
| publishDate | 2003 |
| publishDateSearch | 2003 |
| publishDateSort | 2003 |
| publisher | Addison-Wesley |
| record_format | marc |
| spellingShingle | XML data management native XML and XML-enabled database systems XML gtt Database management XML (Document markup language) XML (DE-588)4501553-3 gnd Datenbanksystem (DE-588)4113276-2 gnd |
| subject_GND | (DE-588)4501553-3 (DE-588)4113276-2 |
| title | XML data management native XML and XML-enabled database systems |
| title_auth | XML data management native XML and XML-enabled database systems |
| title_exact_search | XML data management native XML and XML-enabled database systems |
| title_full | XML data management native XML and XML-enabled database systems Akmal B. Chaudhri ... |
| title_fullStr | XML data management native XML and XML-enabled database systems Akmal B. Chaudhri ... |
| title_full_unstemmed | XML data management native XML and XML-enabled database systems Akmal B. Chaudhri ... |
| title_short | XML data management |
| title_sort | xml data management native xml and xml enabled database systems |
| title_sub | native XML and XML-enabled database systems |
| topic | XML gtt Database management XML (Document markup language) XML (DE-588)4501553-3 gnd Datenbanksystem (DE-588)4113276-2 gnd |
| topic_facet | XML Database management XML (Document markup language) Datenbanksystem |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=010049102&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT chaudhriakmalb xmldatamanagementnativexmlandxmlenableddatabasesystems AT rashidawais xmldatamanagementnativexmlandxmlenableddatabasesystems AT zicariroberto xmldatamanagementnativexmlandxmlenableddatabasesystems |
Inhaltsverzeichnis
THWS Würzburg Magazin
| Signatur: |
1911 2015:0622 |
|---|---|
| Exemplar 1 | ausleihbar Verfügbar Bestellen |