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Ernesto exposito is Associated Professor at Institut National des Sciences Appliquées (INSA) de Toulouse
Researcher at "Laboratoire d'Analyse et d'Architecture des Systèmes" (LAAS) du CNRS, team SARA.
Preface
General Introduction
Section I: Model-driven transport layer design
Summary: This section presents the state of the art of the large diversity of services, protocols, functions and mechanisms available at the transport layer. A methodological approach based on the model-driven architecture and adapted to the use of ontologies also presented.
Introduction
Transport Layer state of the art
Model-driven engineering.
Model-driven architecture
Ontology-driven architecture
Designing the next generation transport layer following a model-driven engineering approach.
Summary and Conclusions
Section II: Component-based and Service-oriented transport layer
Summary: In this section the design of a service-oriented and component-based architecture aimed at integrating existing and new generation of transport services is presented. An ontology-driven approach is followed in order to provide service-oriented discovery and selection of transport services based on the semantics of transport services. Likewise, transport components semantic suited for a compositional transport service is also presented.
Introduction
Architecture frameworks for communication protocols
Service-oriented paradigm
Service-oriented architecture
Service-component architecture
Designing the next generation transport layer following and component-based and service-oriented approach.
Summary and Conclusions
Section III: Adaptive transport layer
Summary: In this section an adaptive composite architecture as well as a classification of behavioral and structural adaptation strategies to be promoted at the transport layer are presented. These features are integrated within the transport layer design in order to provide the required runtime adaptation capabilities able to adapt to dynamic network environments.
Introduction
Adaptive strategies for communication protocols
Behavioral adaptation
Structural adaptation
Designing an adaptive architecture for the next generation transport layer.
Summary and Conclusions
Section IV: Autonomic transport layer
Summary: In this section the autonomic computing paradigm including the promoted architecture and the self-managing functionalities are introduced. This paradigm is integrated within the transport layer design in order to provide self-managing adaptive components based on the monitored environment conditions and guided by service user policies and an ontology knowledge base.
Introduction
Autonomic computing paradigm
Adaptive versus Autonomic
Self-managing functions and autonomic architecture
Knowledge base and policies
Designing the next generation transport layer based on the component-based, service-oriented and autonomic computing paradigms.
Summary and Conclusions
Conclusions and perspectives
Annexes
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