Service-Oriented Computing: Agents, Semantics, and Engineering [electronic resource] : AAMAS 2007 International Workshop, SOCASE 2007, Honolulu, HI, USA, May 14, 2007. Proceedings / edited by Jingshan Huang, Ryszard Kowalczyk, Zakaria Maamar, David Martin, Ingo Müller, Suzette Stoutenburg, Katia P. Sycara.

By: Huang, Jingshan [editor.]Contributor(s): Kowalczyk, Ryszard [editor.] | Maamar, Zakaria [editor.] | Martin, David [editor.] | Müller, Ingo [editor.] | Stoutenburg, Suzette [editor.] | Sycara, Katia P [editor.] | SpringerLink (Online service)Material type: TextTextLanguage: English Series: Lecture Notes in Computer Science: 4504Publisher: Berlin, Heidelberg : Springer Berlin Heidelberg, 2007Description: X, 175 p. Also available online. online resourceContent type: text Media type: computer Carrier type: online resourceISBN: 9783540726197Subject(s): Computer science | Computer Communication Networks | Database management | Data mining | Information systems | Multimedia systems | Artificial intelligence | Computer Science | Information Systems Applications (incl.Internet) | Data Mining and Knowledge Discovery | Database Management | Computer Communication Networks | Multimedia Information Systems | Artificial Intelligence (incl. Robotics)Additional physical formats: Printed edition:: No titleDDC classification: 005.7 LOC classification: QA76.76.A65Online resources: Click here to access online
Contents:
Executing Semantic Web Services with a Context-Aware Service Execution Agent -- An Effective Strategy for the Flexible Provisioning of Service Workflows -- Using Goals for Flexible Service Orchestration -- An Agent-Based Approach to User-Initiated Semantic Service Interconnection -- A Lightweight Agent Fabric for Service Autonomy -- Semantic Service Composition in Service-Oriented Multiagent Systems: A Filtering Approach -- Towards a Mapping from BPMN to Agents -- Associated Topic Extraction for Consumer Generated Media Analysis -- An MAS Infrastructure for Implementing SWSA Based Semantic Services -- A Role-Based Support Mechanism for Service Description and Discovery -- WS2JADE: Integrating Web Service with Jade Agents -- Z-Based Agents for Service Oriented Computing.
In: Springer eBooksSummary: The globaltrendtowardsmore?exible anddynamic businessprocessintegration and automation has led to a convergence of interests between service-oriented computing, semantic technology, and intelligent multiagent systems. In parti- lar the areas of service-oriented computing and semantic technology o?er much interestto the multiagentsystemcommunity,including similaritiesin system- chitectures and provision processes, powerful tools, and the focus on issues such as quality of service, security, and reliability. Similarly, techniques developed in themultiagentsystemsandsemantictechnologypromisetohaveastrongimpact on the fast-growing service-oriented computing technology. Service-oriented computing has emerged as an established paradigm for d- tributed computing and e-business processing. It utilizes services as fundam- tal building blocks to enable the development of agile networks of collaborating business applications distributed within and across organizational boundaries. Services are self-contained, platform-independent software components that can be described, published, discovered, orchestrated, and deployed for the purpose of developing distributed applications across large heterogeneous networks such as the Internet. Multiagent systems are also aimed at the development of distributed - plications, however, from a di?erent but complementary perspective. Servi- oriented paradigmsaremainly focused on syntacticaland declarativede?nitions of software components, their interfaces, communication channels, and ca- bilities with the aim of creating interoperable and reliable infrastructures. In contrast, multiagent systems center on the development of reasoning and pl- ning capabilities of autonomous problem solvers that apply behavioral concepts such as interaction, collaboration, or negotiation in order to create ?exible and fault-tolerant distributed systems for dynamic and uncertain environments.
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Executing Semantic Web Services with a Context-Aware Service Execution Agent -- An Effective Strategy for the Flexible Provisioning of Service Workflows -- Using Goals for Flexible Service Orchestration -- An Agent-Based Approach to User-Initiated Semantic Service Interconnection -- A Lightweight Agent Fabric for Service Autonomy -- Semantic Service Composition in Service-Oriented Multiagent Systems: A Filtering Approach -- Towards a Mapping from BPMN to Agents -- Associated Topic Extraction for Consumer Generated Media Analysis -- An MAS Infrastructure for Implementing SWSA Based Semantic Services -- A Role-Based Support Mechanism for Service Description and Discovery -- WS2JADE: Integrating Web Service with Jade Agents -- Z-Based Agents for Service Oriented Computing.

The globaltrendtowardsmore?exible anddynamic businessprocessintegration and automation has led to a convergence of interests between service-oriented computing, semantic technology, and intelligent multiagent systems. In parti- lar the areas of service-oriented computing and semantic technology o?er much interestto the multiagentsystemcommunity,including similaritiesin system- chitectures and provision processes, powerful tools, and the focus on issues such as quality of service, security, and reliability. Similarly, techniques developed in themultiagentsystemsandsemantictechnologypromisetohaveastrongimpact on the fast-growing service-oriented computing technology. Service-oriented computing has emerged as an established paradigm for d- tributed computing and e-business processing. It utilizes services as fundam- tal building blocks to enable the development of agile networks of collaborating business applications distributed within and across organizational boundaries. Services are self-contained, platform-independent software components that can be described, published, discovered, orchestrated, and deployed for the purpose of developing distributed applications across large heterogeneous networks such as the Internet. Multiagent systems are also aimed at the development of distributed - plications, however, from a di?erent but complementary perspective. Servi- oriented paradigmsaremainly focused on syntacticaland declarativede?nitions of software components, their interfaces, communication channels, and ca- bilities with the aim of creating interoperable and reliable infrastructures. In contrast, multiagent systems center on the development of reasoning and pl- ning capabilities of autonomous problem solvers that apply behavioral concepts such as interaction, collaboration, or negotiation in order to create ?exible and fault-tolerant distributed systems for dynamic and uncertain environments.

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