Software systems must self-adapt to changes in their execution environment and in the user requirements and usages. An architectural solution enables tackling more effectively problems related to self-adaptation. This paper presents an architecture-based approach to self-adaptation that relies on architectural reflection and on closed-loop principles. The approach has been developed and tested on a real scenario related to the management of emergencies in case of floods.
Micucci, D., Mobilio, M., Tisato, F. (2019). RGAM: An Architecture-Based Approach to Self-management. In Advances in Intelligent Systems and Computing (pp.325-334). Springer Verlag [10.1007/978-3-030-11890-7_32].
RGAM: An Architecture-Based Approach to Self-management
Micucci, D
;Mobilio, M;Tisato, F
2019
Abstract
Software systems must self-adapt to changes in their execution environment and in the user requirements and usages. An architectural solution enables tackling more effectively problems related to self-adaptation. This paper presents an architecture-based approach to self-adaptation that relies on architectural reflection and on closed-loop principles. The approach has been developed and tested on a real scenario related to the management of emergencies in case of floods.
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