Generic architectures for open, multi-objective autonomic systems : application to smart micro-grids

Abstract : Autonomic features, i.e. the capability of systems to manage themselves, are necessary to control complex systems, i.e. systems that are open, large scale, dynamic, comprise heterogeneous third-party sub-systems and follow multiple, sometimes conflicting objectives. In this thesis, we aim to provide generic reusable supports for designing complex autonomic systems. We propose a formalisation of management objectives, a generic architecture for designingadaptable multi-objective autonomic systems, and generic organisations integrating such autonomic systems.We apply our approach to the concrete case of smart micro-grids which is a relevant example of such complexity. We present a simulation platform we developped and illustrate our approach via several simulation scenarios.
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Sylvain Frey. Generic architectures for open, multi-objective autonomic systems : application to smart micro-grids. Computational Complexity [cs.CC]. Télécom ParisTech, 2013. English. ⟨NNT : 2013ENST0077⟩. ⟨tel-01308909⟩

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