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Generic Decentralized Self-Adaptive Context-Aware Architecture Model
Kazzaz, M. Mohanned ; Zimmerová, Barbora (oponent) ; Vranić,, Valentino (oponent) ; Zendulka, Jaroslav (vedoucí práce)
The evolution in information system continuously raises demands for more efficient, effective and adaptive cooperation between system's components to cope with changes in the system and to guarantee its best performance. Two main approaches have been introduced to achieve these requirements. First, the self-adaptation approach which enables information system to adapt to the changes in context information of the system and its surrounding environment based on an adaptation strategy. Second, context-awareness approach which enables to monitor the context information and recognize those changes that can trigger the adaptation process. In this work we introduce a generic context-aware self-adaptive architecture model to support software system with adaptation functionalities that guarantee system's availability, operation conditions and performance. Moreover, we provide two real-life case studies as a proof-of-concept of the applicability and re-usability of our proposed adaptation approach.
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Generic Decentralized Self-Adaptive Context-Aware Architecture Model
Kazzaz, M. Mohanned ; Zimmerová, Barbora (oponent) ; Vranić,, Valentino (oponent) ; Zendulka, Jaroslav (vedoucí práce)
The evolution in information system continuously raises demands for more efficient, effective and adaptive cooperation between system's components to cope with changes in the system and to guarantee its best performance. Two main approaches have been introduced to achieve these requirements. First, the self-adaptation approach which enables information system to adapt to the changes in context information of the system and its surrounding environment based on an adaptation strategy. Second, context-awareness approach which enables to monitor the context information and recognize those changes that can trigger the adaptation process. In this work we introduce a generic context-aware self-adaptive architecture model to support software system with adaptation functionalities that guarantee system's availability, operation conditions and performance. Moreover, we provide two real-life case studies as a proof-of-concept of the applicability and re-usability of our proposed adaptation approach.
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