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9783764385743

CASCOM

by ; ;
  • ISBN13:

    9783764385743

  • ISBN10:

    376438574X

  • Format: Paperback
  • Copyright: 2008-10-14
  • Publisher: Birkhauser

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Summary

You're in emergency health care. How do you get seamless access to semantic Web services anytime, anywhere, by using any mobile computing device?This book provides all the answers. It presents the design, implementation and validation of a value-added supportive infrastructure for Semantic Web based business application services. And it applies these protocols specifically to emergency health care. The infrastructure concerned has been realized by the CASCOM European research project.

Table of Contents

Prefacep. xxv
Acknowledgementsp. xxvii
Introductionp. 1
Introductionp. 1
Backgroundp. 2
Motivation: CASCOM in Emergency Assistancep. 3
Overview of the Approachp. 5
Overall View of the Bookp. 6
State of the Artp. 9
Intelligent Agent-based Peer-to-Peer Systems (IP2P)p. 11
Introductionp. 11
IP2P Enabling Technologiesp. 11
Wireless Networksp. 11
End-user Devicesp. 13
Seamless Mobilityp. 15
Ontologies in the Wireless Worldp. 16
Overlay Networksp. 22
Centralized P2P Architecturep. 23
Pure P2P Architecturep. 24
Hybrid P2P Architecturep. 25
Summaryp. 25
Semantic Web Service Descriptionp. 31
Introductionp. 31
Issues of Semantic Service Descriptionp. 31
Functional and Non-Functional Service Semanticsp. 32
Structured Representation of Service Semanticsp. 32
Monolithic Representation of Service Semanticsp. 32
Data Semanticsp. 33
Reasoning about Semantic Service Descriptionsp. 33
SAWSDLp. 33
Annotating WSDL Componentsp. 34
Limitationsp. 34
OWL-Sp. 36
Background: OWLp. 36
Service Profilep. 39
Service Process Modelp. 40
Service Groundingp. 42
Software Supportp. 42
Limitationsp. 44
WSMLp. 44
WSMO Frameworkp. 44
WSML Variantsp. 45
Services in WSMLp. 47
Software Supportp. 50
Limitationsp. 50
Monolithic DL-Based Service Descriptionsp. 51
Critiquep. 52
Summaryp. 54
Semantic Web Service Coordinationp. 59
Introductionp. 59
Semantic Service Discoveryp. 59
Classification of Semantic Web Service Matchmakersp. 61
Logic-Based Semantic Service Profile Matchingp. 64
Non-logic-based Semantic Profile Matchingp. 69
Hybrid Semantic Profile Matchingp. 69
Logic-based Semantic Process Matchingp. 71
Non-logic-based and Hybrid Semantic Process Model Matchingp. 72
Semantic Service Discovery Architecturesp. 72
Semantic Service Composition Planningp. 79
Web Service Compositionp. 79
AI-Planning-Based Web Service Compositionp. 80
Classification of Semantic Service Composition Plannersp. 80
Functional-Level Composition Plannersp. 83
Process-Level Semantic Service Composition Plannersp. 83
Static Semantic Service Composition Plannersp. 84
Dynamic Composition Plannersp. 87
FLC Planning of Monolithic DL-Based Servicesp. 89
Interrelationsp. 90
Composition Planning and Executionp. 92
Negotiationp. 92
Open Problemsp. 93
Summaryp. 95
Context-Awarenessp. 105
Introductionp. 105
Context Definitionsp. 107
General Design Principles and Context Modeling Approachesp. 109
Context Dependency Architecturesp. 112
Smart-Its Architecturep. 114
Merino Architecturep. 114
Architecture proposed by Cortese et alp. 115
WASP Architecturep. 115
CoBrA Architecturep. 116
Context Taylorp. 116
Summaryp. 118
Technology in Healthcarep. 125
Introductionp. 125
Objectivesp. 126
Benefits of e Healthp. 127
Improving the Quality of Healthcarep. 128
Improving the Access of Healthcarep. 128
Reducing Costsp. 128
Barriers and Challenges of e-Healthp. 129
Mobility m Healthp. 129
m-Health Applicationsp. 130
Technology Issues in m-Healthp. 131
Overview of m-Health Projectsp. 132
CASCOM in the Healthcare Domainp. 135
Conceptsp. 135
Summaryp. 136
The CASCOM Solutionp. 141
General Architecturep. 143
Introductionp. 143
Technical Approachp. 144
Conceptual Architecturep. 145
IP2P Network Infrastructurep. 146
Agent Architecturep. 147
The CASCOM Architecture in Detailp. 148
Networking Layerp. 149
Service Coordination Layerp. 150
Context Subsystemp. 152
Security & Privacy Subsystemp. 152
Instantiations of the CASCOM Architecturep. 153
Centralized P2Pp. 153
Super-Peer P2Pp. 153
Structured Pure P2Pp. 154
Unstructured Pure P2Pp. 155
Discussionp. 156
Summaryp. 158
Agent Platform and Communication Architecturep. 161
Introductionp. 161
Backgroundp. 162
FIPA Agent Platformp. 162
Agent Platforms for Mobile Devicesp. 163
CASCOM Agent Platformp. 165
CASCOM Agent Communicationp. 167
Messaging Gatewayp. 174
Summaryp. 176
Distributed Directories of Web Servicesp. 181
Introductionp. 181
Service Entriesp. 182
Directoriesp. 183
Directory Servicesp. 183
Directory Operationsp. 184
Policiesp. 186
CASCOM Service Directory Architecturep. 187
Network Topologyp. 188
Network Constructionp. 191
Used Directory Policiesp. 191
Examples of Network Interactionsp. 192
Usabilityp. 194
Vulnerabilityp. 196
Breakdownsp. 196
Recoveryp. 198
Securityp. 199
Related Workp. 200
Summaryp. 202
Service Discoveryp. 205
Introductionp. 205
Overviewp. 205
The CASCOM Service Discovery Agentp. 207
The CASCOM Service Matchmakerp. 208
Configurationsp. 209
SMA Interfacep. 213
Hybrid Semantic Service Matchmaker OWLS-MXp. 214
Hybrid Matching Filtersp. 215
OWLS-MX Matching Algorithmp. 216
OWLS-MX Variantsp. 217
Implementationp. 217
Service Precondition and Effect Matchmaker PCEMp. 218
Motivationp. 218
PCEM Architecturep. 219
PCEM Engine Modulep. 220
PCEM Languages Processing Modulep. 221
Preconditions and Effects Matchingp. 223
Implementationp. 226
Role-Based Matchmaker ROWLSp. 226
Motivationp. 226
Interaction Modellingp. 227
Role-Based Service Advertisementsp. 228
Role-Based Service Requestsp. 228
Role-based Service Matching Algorithmp. 229
Implementationp. 230
Summaryp. 230
Service Compositionp. 235
Introductionp. 235
CASCOM Service Composition Agent SCPAp. 235
Pre-Filtering for Service Compositionp. 237
Generic Pre-Filtering Frameworkp. 237
Instantiation of Pre-Filtersp. 241
Service Composition With OWLS-XPlanp. 243
Architecturep. 243
Converter OWLS2PDDLp. 245
Static Compositionp. 252
Dynamic Compositionp. 254
Service Composition With MetaCompp. 256
Architecturep. 256
Service Selection Methodsp. 259
Implementationp. 260
Summaryp. 260
Semantic Web Service Executionp. 263
Introductionp. 263
Composite Service Executionp. 264
General OWL-S Execution Procedurep. 265
Centralized Approach for Service Executionp. 266
Service Execution and Context-Awarenessp. 267
Service Execution Agentp. 268
Implementationp. 273
Distributed Approach for Service Executionp. 273
General Assumptionsp. 274
Execution Strategyp. 274
Interaction Modelp. 280
Implementationp. 281
Summaryp. 283
Late Binding of Service Provider Instance during Executionp. 284
Tight Integration of Service Providers and Execution Agentsp. 285
Context-Awareness Systemp. 289
Introductionp. 289
System Requirementsp. 290
Context Representationp. 294
Base Ontologyp. 295
Distribution Ontologyp. 297
Context Data Ontologyp. 297
Context System Architecturep. 298
System Overviewp. 298
Detailed Component Descriptionp. 300
System Deploymentp. 304
Summaryp. 305
Security, Privacy and Trustp. 309
Introductionp. 309
Two-Party Interactionsp. 310
A Model of Mediated Interactionsp. 312
Abstractionsp. 313
Expectation of the Utility of Agentsp. 314
Decision Making Strategyp. 316
Trust PDF and the Risk Factorp. 316
The Role of the PDF of Trustp. 318
Worst-Case Analysisp. 320
Integration in the CASCOM Platformp. 321
IP2P Network Layerp. 322
Service Coordination Layerp. 322
Summaryp. 325
Trials and Resultsp. 329
Qualitative Analysisp. 331
Introductionp. 331
Usability Trials in Helsinkip. 333
Test Set-Upp. 334
Executionp. 335
Resultsp. 336
Field Trials in Innsbruck and Baselp. 339
Test Set-Upp. 340
Executionp. 341
Resultsp. 342
Summaryp. 346
Quantitative Analysisp. 349
Introductionp. 349
Service Matchmaker Agentp. 349
Test Environmentp. 349
Test 1p. 350
Test 2p. 350
Test 3p. 350
Test 4p. 351
Service Discovery Agentp. 353
Test Environmentp. 353
Test Results and Discussionp. 353
Service Composition Planner Agentp. 354
OWLS-XPlanp. 354
MetaCompp. 355
Service Execution Agentp. 357
Test Environmentp. 357
Test Results and Discussionp. 358
WSDirp. 358
Test Environmentp. 358
Topology and Scenariop. 359
Test Results and Discussionp. 360
Summaryp. 360
Table of Contents provided by Publisher. All Rights Reserved.

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