A Proactive Adaptation Framework for Composite Web Services - Aschoff, Rafael
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Service-orientation is a design paradigm consisting of a set of principles to support the creation of software systems as a composition of interoperable services. The ability to effectively compose services is not a trivial task due to the dynamic nature of the execution environment of service compositions. In this context, dynamic service selection and composition is a critical requirement and one of the major research challenges for service-based systems. This work describes a framework for proactive adaptation of service compositions able to proactively and individually identifying the need…mehr

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Produktbeschreibung
Service-orientation is a design paradigm consisting of a set of principles to support the creation of software systems as a composition of interoperable services. The ability to effectively compose services is not a trivial task due to the dynamic nature of the execution environment of service compositions. In this context, dynamic service selection and composition is a critical requirement and one of the major research challenges for service-based systems. This work describes a framework for proactive adaptation of service compositions able to proactively and individually identifying the need for adaptation for each parallel running instance of service composition while avoiding unnecessary changes and distributing load request among different service operations when necessary. The framework has been tested and validated using different prototypes implemented in both simulated and real environments. The results were favorable with the research objectives and indicate a major gain in the use of the proposed proactive techniques in the execution and adaptation of web service compositions.
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Autorenporträt
Dr. Aschoff holds a bachelor¿s degree in Computer Science, a master¿s degree in Computer Networks and Distributed System, and a PhD in Software Engineering. In addition to his research work, Rafael have assumed various additional roles, such as technical team leader, IT consultant and project manager. He is currently a professor at IFPE.