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The Semantic Web: semantics for data and services on the web ; with 18 tables

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Bibliographic Details
Main Authors:	Kashyap, Vipul (Author), Bussler, Christoph 1964- (Author), Moran, Matthew 1965- (Author)
Format:	Book
Language:	English
Published:	Berlin [u.a.] Springer 2008
Series:	Data-centric systems and applications
Subjects:	Ontologie > Wissensverarbeitung Auszeichnungssprache Web Services Metadaten Semantic Web
Online Access:	Inhaltstext Inhaltsverzeichnis
Physical Description:	XV, 414 S. graph. Darst. 235 mm x 155 mm
ISBN:	9783540764519 3540764518 9783540764526

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Record in the Search Index

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adam_text	Contents Parti Preliminaries .1 1 Introduction .3 1.1 Motivation: Why Semantic Web? .4 1.2 A Framework for Semantic Web .5 1.3 Use Case: Translational Medicine Clinical Vignette .7 1.4 Scope and Organization .9 2 Use Case and Functional Requirements .11 2.1 Detailed Clinical Use Case .12 2.2 Stakeholders and Information Needs .13 2.3 Conceptual Architecture .15 2.4 Functional Requirements .17 2.5 Research Issues .18 2.6 Summary .19 Partii Information Aspects of the Semantic Web .21 3 Semantic Web Content .23 3.1 Nature of Web Content .23 3.2 Nature of Semantic Web Content .24 3.3 Metadata .25 3.3.1 Metadata Usage in Various Applications .26 3.3.2 Metadata: A Tool for Describing and Modeling Information .27 3.4 Ontologies: Vocabularies and Reference Terms for Metadata .30 3.5 Summary .33 4 Metadata Frameworks .35 4.1 Examples of Metadata Frameworks .35 4.1.1 XML-Based Metadata Framework .36 4.1.2 RDF-Based Metadata Framework .36 4.1.3 OWL-Based Metadata Framework .37 4.1.4 WSMO-Based Metadata Framework .37 4.2 Two Perspectives: Data Models and Model-Theoretic Semantics .38 χ Contents 4.2.1 Data Models.38 4.2.2 Multiple Syntaxes for RDF: A Short Note .47 4.2.3 Model-Theoretic Semantics .48 4.3 Query Languages .51 4.3.1 Query Languages for XML Data .51 4.3.2 Query Languages for RDF Data .62 4.3.3 Extending Query Languages with Reasoning and Entailment .73 4.4 Clinical Scenario Revisited .74 4.4.1 Semantic Web Specifications: LIMS and EMR Data .74 4.4.2 Linking data from Multiple Data Sources .76 4.4.3 Advantages and Disadvantages of using Semantic Web Specifications .78 4.5 Summary .78 5 Ontologies and Schemas .79 5.1 What is an Ontology? .79 5.2 Ontology Representation Languages .84 5.2.1 XML Schema .84 5.2.2 RDF Schema .92 5.2.3 Web Ontology Language .100 5.2.4 The Web Service Modeling Ontology (WSMO) .112 5.2.5 Comparison of Ontology Representation Languages .118 5.3 Integration of Ontology and Rule Languages .122 5.3.1 Motivation and Requirements .122 5.3.2 Overview of Languages and Approaches .123 5.3.3 Semantic Web Rules Language .124 5.4 Clinical Scenario Revisited .126 5.4.1 A Domain Ontology for Translational Medicine .126 5.4.2 Integration of Ontologies and Rules for Clinical Decision Support .130 5.4.3 Advanatages and Disadvantages of using Semantic Web Specifications .135 5.5 Summary .135 6 Ontology Authoring and Management .137 6.1 Ontology Building Tools .137 6.1.1 Ontology Editors: Brief Descriptions .138 6.1.2 Ontology Editors: A Comparative Evaluation .143 6.2 Ontology Bootstrapping Approaches .148 6.3 Ontology Merge and Integration Tools .150 6.3.1 Ontology Merge and Integration Tools: A Brief Description .151 6.3.2 Evaluation of Ontology Merge and Integration Tools .152 6.4 Ontology Engines and Reasoners .154 Contents xi 6.5 Clinical Scenario Revisited .157 6.6 Summary .158 7 Applications of Metadata and Ontologies .161 7.1 Tools and Techniques for Metadata Annotation .161 7.1.1 Requirements for Metadata Annotation .162 7.1.2 Tools and Technologies for Metadata Annotation .163 7.1.3 Comparative Evaluation .168 7.2 Techniques for Schema/Ontology Mapping .173 7.2.1 A Classification of Schema-matching Approaches .173 7.2.2 Schema-matching Techniques: Overview .179 7.3 Ontology Driven Information Integration .183 7.3.1 The Role of Ontologies in Information Integration .183 7.3.2 Ontology Representations Used in Information Integration .187 7.3.3 The Role of Mapping in Information Integration .188 7.3.4 The Role of Ontology Engineering in Information Integration .190 7.4 Summary .192 Part III Process Aspects of the Semantic Web .193 8 Communication .195 8.1 Communication Concepts .195 8.1.1 Fundamental Types .196 8.1.2 Formats and Protocols (FAP) .197 8.1.3 Separation of Interface and Logic .198 8.1.4 Communicating Parties .199 8.1.5 Mediation .201 8.1.6 Non-functional Aspects .202 8.2 Communication Paradigms .203 8.2.1 Client/Server (C/S) .204 8.2.2 Queueing .204 8.2.3 Peer-to-Peer (P2P).205 8.2.4 Blackboard .205 8.2.5 Web Services .206 8.2.6 Representational State Transfer (REST) .207 8.2.7 Agents .207 8.2.8 Tuple Spaces .208 8.2.9 Co-location .208 8.2.10 Summary .209 8.3 Long-Running Communication .209 8.3.1 Business-to-Business (B2B) Protocols .210 8.3.2 Application-to-Application (A2A) Protocols .211 xii Contents 8.4 Web Services.211 8.5 Clinical Use Case .212 8.6 Summary .214 9 State of the Art in Web Services .215 9.1 History .215 9.2 Traditional Web Services .216 9.2.1 WSDL .217 9.2.2 SOAP .218 9.2.3 UDDI .219 9.2.4 Summary .219 9.3 Emerging Web Service Specifications (WS*-Stack) .220 9.3.1 Standards .220 9.3.2 Web Service Standards .221 9.3.3 Semantic-Web-Service-Related Standards .222 9.4 Service-oriented Architecture (SOA) .223 9.4.1 Service Paradigm .223 9.4.2 SOA and Web Services .224 9.4.3 Open Issues and Technical Challenges .224 9.5 Semantics and Web Services .226 9.5.1 Semantics, What Semantics? .227 9.5.2 Data Semantics .228 9.5.3 Process Semantics .229 9.5.4 Selection Semantics .229 9.5.5 Other Types of Semantics .230 9.6 Clinical Use Case .231 9.7 Summary .232 10 Web Service Composition .233 10.1 Composition .233 10.1.1 Motivation .233 10.1.2 Definition of Composition .235 10.1.3 Web Services and Composition .237 10.1.4 Choreography and Orchestration .238 10.2 Dynamic Composition .239 10.3 Business-to-Business Communication .240 10.4 Application-to-Application Communication .241 10.5 Complex Business Logic .242 10.6 Standards and Technologies .243 10.6.1 Web Services Business Process Execution Language (WS-BPEL) .244 10.6.2 Business Process Modeling Notation (BPMN) .245 10.6.3 Web Service Choreography Description Language (WS-CDL) .245 10.6.4 Java Business Integration (JBI) .246 Contents xiii 10.7 Clinical Use Case .247 10.8 Summary .247 11 Semantic Web Services .249 11.1 Semantics of Web Services .249 11.1.1 Why Semantic Web Services? .249 11.1.2 Interface vs. Implementation .251 11.1.3 Modeling of State .251 11.2 Alternatives for Capturing Semantics of Web Services .253 11.2.1 Finite State Machines .253 11.2.2 Statechart Diagrams .254 11.2.3 Petri Nets .254 11.2.4 Process Algebras .256 11.3 Semantic Web Service Approaches .259 11.3.1 OWL-S .259 11.3.2 SWSF .261 11.3.3 WSDL-S .266 11.3.4 SAWSDL .268 11.3.5 WSMO, WSML and WSMX .269 11.4 Reasoning with Web Service Semantics .276 11.4.1 Discovery .276 11.4.2 Semantic Web Service Composition .281 11.4.3 Mediation .283 11.5 Clinical Use Case .285 11.6 Summary .286 Part IV Standards .287 12 Semantic Web Standards .289 12.1 Relevant Standards Organization .289 12.1.1 International Organization for Standardization (ISO) .289 12.1.2 International Electotechnical Commission (IEC) .290 12.1.3 Organization for the Advancement of Structured Information Standards (OASIS) .290 12.1.4 Worldwide Web Consortium (W3C) .290 12.1.5 International Engineering Task Force (IETF) .291 12.1.6 National Institute of Standards and Technology (NIST) .291 12.1.7 The Object Modeling Group (OMG) .291 12.1.8 Semantic Web Services Initiative (SWSI) .292 12.1.9 United States National Library of Medicine (NLM) .292 12.2 Semantic Web Content Standardization Efforts .293 12.2.1 Standard Generalized Markup Language (SGML) .293 12.2.2 extensible Markup Language (XML) .293 12.2.3 extensible Stylesheet Transformation Language (XSLT) . 294 xiv Contents 12.2.4 XPath.294 12.2.5 XQuery .294 12.2.6 XML Schema.294 12.2.7 Resource Description Framework (RDF). 295 12.2.8 SPARQL.295 12.2.9 RDF Schema.295 12.2.10 Web Ontology Language (OWL) .296 12.2.11 Rule-ML .296 12.2.12 Semantic Web Rules Language (SWRL) .296 12.2.13 Ontology Definition Metamodel (ODM) .296 12.2.14 Unified Modeling Language (UML) .297 12.2.15 Knowledge Interchange Format (KIF) .297 12.2.16 Open Knowledge Base Connectivity Protocol (OKBC) .297 12.2.17 DIG Description Logics Interface .297 12.2.18 OWL API .298 12.2.19 Standardized Vocabularies and Ontologies .298 12.3 Semantic Web Services Standardization Efforts .300 12.3.1 ISO-18629 Process Specification Language (PSL) .301 12.3.2 W3C Semantic Annotations for the Web Services Description Language (SAWSDL) .302 12.3.3 OWL-S .303 12.3.4 Web Services Modeling Ontology (WSMO) .303 12.3.5 Semantic Web Services Framework (SWSF) .304 12.3.6 WSDL-S .304 12.3.7 OASIS Semantic Execution Environment (SEE) .304 12.3.8 OASIS Service-Oriented Architecture Reference Model (SOA RM). 305 12.3.9 Semantic Web Services Architecture (SWSA) .306 12.3.10 Semantic Web Services Interest Group (SWS-IG) .307 12.4 Summary .307 PartV Putting it All Together and Perspective .309 13 A Solution Approach to the Clinical Use Case .311 13.1 Service Discovery, Composition and Choreography .312 13.1.1 Specification of Clinical Workflow using WSMO .313 13.1.2 Data Structures in Data Flow .316 13.1.3 Data Mediation .319 13.1.4 Goal Definition .328 13.1.5 Discovery .331 13.1.6 Orchestration/Service Composition .333 13.1.7 Process and Protocol Mediation .339 13.2 Data and Knowledge Integration .342 Contents xv 13.2.1 Data Integration Services: WSMO/WSML Spécification . 343 13.2.2 Semantic Data Integration Architecture .344 13.2.3 A Domain Ontology for Translational Medicine .346 13.2.4 Use of RDF to represent Genomic and Clinical Data .351 13.2.5 The Integration Process .353 13.3 Decision Support .356 13.3.1 Decision Support Services: WSMO/WSML Specification . 357 13.3.2 Architecture .358 13.3.3 Business Object Model Design .359 13.3.4 Rule Base Design .360 13.3.5 Definitions vs. Actions: Ontology Design .360 13.4 Knowledge Maintenance and Provenance .365 14 Outlook: The Good, the Bad and the Ugly? .369 14.1 The Good - Progress and Impact .369 14.2 The Bad - Major Obstacles to Overcome .371 14.3 The Ugly - Possible Prohibitors .372 Part VI References and Index .375 References .377 Index .405
adam_txt	Contents Parti Preliminaries .1 1 Introduction .3 1.1 Motivation: Why Semantic Web? .4 1.2 A Framework for Semantic Web .5 1.3 Use Case: Translational Medicine Clinical Vignette .7 1.4 Scope and Organization .9 2 Use Case and Functional Requirements .11 2.1 Detailed Clinical Use Case .12 2.2 Stakeholders and Information Needs .13 2.3 Conceptual Architecture .15 2.4 Functional Requirements .17 2.5 Research Issues .18 2.6 Summary .19 Partii Information Aspects of the Semantic Web .21 3 Semantic Web Content .23 3.1 Nature of Web Content .23 3.2 Nature of Semantic Web Content .24 3.3 Metadata .25 3.3.1 Metadata Usage in Various Applications .26 3.3.2 Metadata: A Tool for Describing and Modeling Information .27 3.4 Ontologies: Vocabularies and Reference Terms for Metadata .30 3.5 Summary .33 4 Metadata Frameworks .35 4.1 Examples of Metadata Frameworks .35 4.1.1 XML-Based Metadata Framework .36 4.1.2 RDF-Based Metadata Framework .36 4.1.3 OWL-Based Metadata Framework .37 4.1.4 WSMO-Based Metadata Framework .37 4.2 Two Perspectives: Data Models and Model-Theoretic Semantics .38 χ Contents 4.2.1 Data Models.38 4.2.2 Multiple Syntaxes for RDF: A Short Note .47 4.2.3 Model-Theoretic Semantics .48 4.3 Query Languages .51 4.3.1 Query Languages for XML Data .51 4.3.2 Query Languages for RDF Data .62 4.3.3 Extending Query Languages with Reasoning and Entailment .73 4.4 Clinical Scenario Revisited .74 4.4.1 Semantic Web Specifications: LIMS and EMR Data .74 4.4.2 Linking data from Multiple Data Sources .76 4.4.3 Advantages and Disadvantages of using Semantic Web Specifications .78 4.5 Summary .78 5 Ontologies and Schemas .79 5.1 What is an Ontology? .79 5.2 Ontology Representation Languages .84 5.2.1 XML Schema .84 5.2.2 RDF Schema .92 5.2.3 Web Ontology Language .100 5.2.4 The Web Service Modeling Ontology (WSMO) .112 5.2.5 Comparison of Ontology Representation Languages .118 5.3 Integration of Ontology and Rule Languages .122 5.3.1 Motivation and Requirements .122 5.3.2 Overview of Languages and Approaches .123 5.3.3 Semantic Web Rules Language .124 5.4 Clinical Scenario Revisited .126 5.4.1 A Domain Ontology for Translational Medicine .126 5.4.2 Integration of Ontologies and Rules for Clinical Decision Support .130 5.4.3 Advanatages and Disadvantages of using Semantic Web Specifications .135 5.5 Summary .135 6 Ontology Authoring and Management .137 6.1 Ontology Building Tools .137 6.1.1 Ontology Editors: Brief Descriptions .138 6.1.2 Ontology Editors: A Comparative Evaluation .143 6.2 Ontology Bootstrapping Approaches .148 6.3 Ontology Merge and Integration Tools .150 6.3.1 Ontology Merge and Integration Tools: A Brief Description .151 6.3.2 Evaluation of Ontology Merge and Integration Tools .152 6.4 Ontology Engines and Reasoners .154 Contents xi 6.5 Clinical Scenario Revisited .157 6.6 Summary .158 7 Applications of Metadata and Ontologies .161 7.1 Tools and Techniques for Metadata Annotation .161 7.1.1 Requirements for Metadata Annotation .162 7.1.2 Tools and Technologies for Metadata Annotation .163 7.1.3 Comparative Evaluation .168 7.2 Techniques for Schema/Ontology Mapping .173 7.2.1 A Classification of Schema-matching Approaches .173 7.2.2 Schema-matching Techniques: Overview .179 7.3 Ontology Driven Information Integration .183 7.3.1 The Role of Ontologies in Information Integration .183 7.3.2 Ontology Representations Used in Information Integration .187 7.3.3 The Role of Mapping in Information Integration .188 7.3.4 The Role of Ontology Engineering in Information Integration .190 7.4 Summary .192 Part III Process Aspects of the Semantic Web .193 8 Communication .195 8.1 Communication Concepts .195 8.1.1 Fundamental Types .196 8.1.2 Formats and Protocols (FAP) .197 8.1.3 Separation of Interface and Logic .198 8.1.4 Communicating Parties .199 8.1.5 Mediation .201 8.1.6 Non-functional Aspects .202 8.2 Communication Paradigms .203 8.2.1 Client/Server (C/S) .204 8.2.2 Queueing .204 8.2.3 Peer-to-Peer (P2P).205 8.2.4 Blackboard .205 8.2.5 Web Services .206 8.2.6 Representational State Transfer (REST) .207 8.2.7 Agents .207 8.2.8 Tuple Spaces .208 8.2.9 Co-location .208 8.2.10 Summary .209 8.3 Long-Running Communication .209 8.3.1 Business-to-Business (B2B) Protocols .210 8.3.2 Application-to-Application (A2A) Protocols .211 xii Contents 8.4 Web Services.211 8.5 Clinical Use Case .212 8.6 Summary .214 9 State of the Art in Web Services .215 9.1 History .215 9.2 Traditional Web Services .216 9.2.1 WSDL .217 9.2.2 SOAP .218 9.2.3 UDDI .219 9.2.4 Summary .219 9.3 Emerging Web Service Specifications (WS*-Stack) .220 9.3.1 Standards .220 9.3.2 Web Service Standards .221 9.3.3 Semantic-Web-Service-Related Standards .222 9.4 Service-oriented Architecture (SOA) .223 9.4.1 Service Paradigm .223 9.4.2 SOA and Web Services .224 9.4.3 Open Issues and Technical Challenges .224 9.5 Semantics and Web Services .226 9.5.1 Semantics, What Semantics? .227 9.5.2 Data Semantics .228 9.5.3 Process Semantics .229 9.5.4 Selection Semantics .229 9.5.5 Other Types of Semantics .230 9.6 Clinical Use Case .231 9.7 Summary .232 10 Web Service Composition .233 10.1 Composition .233 10.1.1 Motivation .233 10.1.2 Definition of Composition .235 10.1.3 Web Services and Composition .237 10.1.4 Choreography and Orchestration .238 10.2 Dynamic Composition .239 10.3 Business-to-Business Communication .240 10.4 Application-to-Application Communication .241 10.5 Complex Business Logic .242 10.6 Standards and Technologies .243 10.6.1 Web Services Business Process Execution Language (WS-BPEL) .244 10.6.2 Business Process Modeling Notation (BPMN) .245 10.6.3 Web Service Choreography Description Language (WS-CDL) .245 10.6.4 Java Business Integration (JBI) .246 Contents xiii 10.7 Clinical Use Case .247 10.8 Summary .247 11 Semantic Web Services .249 11.1 Semantics of Web Services .249 11.1.1 Why Semantic Web Services? .249 11.1.2 Interface vs. Implementation .251 11.1.3 Modeling of State .251 11.2 Alternatives for Capturing Semantics of Web Services .253 11.2.1 Finite State Machines .253 11.2.2 Statechart Diagrams .254 11.2.3 Petri Nets .254 11.2.4 Process Algebras .256 11.3 Semantic Web Service Approaches .259 11.3.1 OWL-S .259 11.3.2 SWSF .261 11.3.3 WSDL-S .266 11.3.4 SAWSDL .268 11.3.5 WSMO, WSML and WSMX .269 11.4 Reasoning with Web Service Semantics .276 11.4.1 Discovery .276 11.4.2 Semantic Web Service Composition .281 11.4.3 Mediation .283 11.5 Clinical Use Case .285 11.6 Summary .286 Part IV Standards .287 12 Semantic Web Standards .289 12.1 Relevant Standards Organization .289 12.1.1 International Organization for Standardization (ISO) .289 12.1.2 International Electotechnical Commission (IEC) .290 12.1.3 Organization for the Advancement of Structured Information Standards (OASIS) .290 12.1.4 Worldwide Web Consortium (W3C) .290 12.1.5 International Engineering Task Force (IETF) .291 12.1.6 National Institute of Standards and Technology (NIST) .291 12.1.7 The Object Modeling Group (OMG) .291 12.1.8 Semantic Web Services Initiative (SWSI) .292 12.1.9 United States National Library of Medicine (NLM) .292 12.2 Semantic Web Content Standardization Efforts .293 12.2.1 Standard Generalized Markup Language (SGML) .293 12.2.2 extensible Markup Language (XML) .293 12.2.3 extensible Stylesheet Transformation Language (XSLT) . 294 xiv Contents 12.2.4 XPath.294 12.2.5 XQuery .294 12.2.6 XML Schema.294 12.2.7 Resource Description Framework (RDF). 295 12.2.8 SPARQL.295 12.2.9 RDF Schema.295 12.2.10 Web Ontology Language (OWL) .296 12.2.11 Rule-ML .296 12.2.12 Semantic Web Rules Language (SWRL) .296 12.2.13 Ontology Definition Metamodel (ODM) .296 12.2.14 Unified Modeling Language (UML) .297 12.2.15 Knowledge Interchange Format (KIF) .297 12.2.16 Open Knowledge Base Connectivity Protocol (OKBC) .297 12.2.17 DIG Description Logics Interface .297 12.2.18 OWL API .298 12.2.19 Standardized Vocabularies and Ontologies .298 12.3 Semantic Web Services Standardization Efforts .300 12.3.1 ISO-18629 Process Specification Language (PSL) .301 12.3.2 W3C Semantic Annotations for the Web Services Description Language (SAWSDL) .302 12.3.3 OWL-S .303 12.3.4 Web Services Modeling Ontology (WSMO) .303 12.3.5 Semantic Web Services Framework (SWSF) .304 12.3.6 WSDL-S .304 12.3.7 OASIS Semantic Execution Environment (SEE) .304 12.3.8 OASIS Service-Oriented Architecture Reference Model (SOA RM). 305 12.3.9 Semantic Web Services Architecture (SWSA) .306 12.3.10 Semantic Web Services Interest Group (SWS-IG) .307 12.4 Summary .307 PartV Putting it All Together and Perspective .309 13 A Solution Approach to the Clinical Use Case .311 13.1 Service Discovery, Composition and Choreography .312 13.1.1 Specification of Clinical Workflow using WSMO .313 13.1.2 Data Structures in Data Flow .316 13.1.3 Data Mediation .319 13.1.4 Goal Definition .328 13.1.5 Discovery .331 13.1.6 Orchestration/Service Composition .333 13.1.7 Process and Protocol Mediation .339 13.2 Data and Knowledge Integration .342 Contents xv 13.2.1 Data Integration Services: WSMO/WSML Spécification . 343 13.2.2 Semantic Data Integration Architecture .344 13.2.3 A Domain Ontology for Translational Medicine .346 13.2.4 Use of RDF to represent Genomic and Clinical Data .351 13.2.5 The Integration Process .353 13.3 Decision Support .356 13.3.1 Decision Support Services: WSMO/WSML Specification . 357 13.3.2 Architecture .358 13.3.3 Business Object Model Design .359 13.3.4 Rule Base Design .360 13.3.5 Definitions vs. Actions: Ontology Design .360 13.4 Knowledge Maintenance and Provenance .365 14 Outlook: The Good, the Bad and the Ugly? .369 14.1 The Good - Progress and Impact .369 14.2 The Bad - Major Obstacles to Overcome .371 14.3 The Ugly - Possible Prohibitors .372 Part VI References and Index .375 References .377 Index .405
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id	DE-604.BV023112741
illustrated	Illustrated
index_date	2024-07-02T19:48:51Z
indexdate	2024-07-20T09:31:55Z
institution	BVB
isbn	9783540764519 3540764518 9783540764526
language	English
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-016315305
oclc_num	315720499
open_access_boolean
owner	DE-355 DE-BY-UBR DE-1051 DE-91G DE-BY-TUM DE-83 DE-B170 DE-188 DE-11
owner_facet	DE-355 DE-BY-UBR DE-1051 DE-91G DE-BY-TUM DE-83 DE-B170 DE-188 DE-11
physical	XV, 414 S. graph. Darst. 235 mm x 155 mm
publishDate	2008
publishDateSearch	2008
publishDateSort	2008
publisher	Springer
record_format	marc
series2	Data-centric systems and applications
spelling	Kashyap, Vipul Verfasser (DE-588)1252487401 aut The Semantic Web semantics for data and services on the web ; with 18 tables Vipul Kashyap ; Christoph Bussler ; Matthew Moran Berlin [u.a.] Springer 2008 XV, 414 S. graph. Darst. 235 mm x 155 mm txt rdacontent n rdamedia nc rdacarrier Data-centric systems and applications Ontologie Wissensverarbeitung (DE-588)4827894-4 gnd rswk-swf Auszeichnungssprache (DE-588)4561529-9 gnd rswk-swf Web Services (DE-588)4691234-4 gnd rswk-swf Metadaten (DE-588)4410512-5 gnd rswk-swf Semantic Web (DE-588)4688372-1 gnd rswk-swf Semantic Web (DE-588)4688372-1 s DE-604 Metadaten (DE-588)4410512-5 s Ontologie Wissensverarbeitung (DE-588)4827894-4 s Auszeichnungssprache (DE-588)4561529-9 s Web Services (DE-588)4691234-4 s Bussler, Christoph 1964- Verfasser (DE-588)124778240 aut Moran, Matthew 1965- Verfasser (DE-588)136127096 aut text/html http://deposit.dnb.de/cgi-bin/dokserv?id=3015192&prov=M&dok_var=1&dok_ext=htm Inhaltstext Digitalisierung UB Regensburg application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016315305&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
spellingShingle	Kashyap, Vipul Bussler, Christoph 1964- Moran, Matthew 1965- The Semantic Web semantics for data and services on the web ; with 18 tables Ontologie Wissensverarbeitung (DE-588)4827894-4 gnd Auszeichnungssprache (DE-588)4561529-9 gnd Web Services (DE-588)4691234-4 gnd Metadaten (DE-588)4410512-5 gnd Semantic Web (DE-588)4688372-1 gnd
subject_GND	(DE-588)4827894-4 (DE-588)4561529-9 (DE-588)4691234-4 (DE-588)4410512-5 (DE-588)4688372-1
title	The Semantic Web semantics for data and services on the web ; with 18 tables
title_auth	The Semantic Web semantics for data and services on the web ; with 18 tables
title_exact_search	The Semantic Web semantics for data and services on the web ; with 18 tables
title_exact_search_txtP	The Semantic Web semantics for data and services on the web ; with 18 tables
title_full	The Semantic Web semantics for data and services on the web ; with 18 tables Vipul Kashyap ; Christoph Bussler ; Matthew Moran
title_fullStr	The Semantic Web semantics for data and services on the web ; with 18 tables Vipul Kashyap ; Christoph Bussler ; Matthew Moran
title_full_unstemmed	The Semantic Web semantics for data and services on the web ; with 18 tables Vipul Kashyap ; Christoph Bussler ; Matthew Moran
title_short	The Semantic Web
title_sort	the semantic web semantics for data and services on the web with 18 tables
title_sub	semantics for data and services on the web ; with 18 tables
topic	Ontologie Wissensverarbeitung (DE-588)4827894-4 gnd Auszeichnungssprache (DE-588)4561529-9 gnd Web Services (DE-588)4691234-4 gnd Metadaten (DE-588)4410512-5 gnd Semantic Web (DE-588)4688372-1 gnd
topic_facet	Ontologie Wissensverarbeitung Auszeichnungssprache Web Services Metadaten Semantic Web
url	http://deposit.dnb.de/cgi-bin/dokserv?id=3015192&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=016315305&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT kashyapvipul thesemanticwebsemanticsfordataandservicesonthewebwith18tables AT busslerchristoph thesemanticwebsemanticsfordataandservicesonthewebwith18tables AT moranmatthew thesemanticwebsemanticsfordataandservicesonthewebwith18tables

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