Towards a Self-Reconfigurable Infrastructure for Critical Adaptive Distributed Embedded Systems
; Proenza, J. Proenza
; Barranco, M. Barranco
; Palmer, P.
Towards a Self-Reconfigurable Infrastructure for Critical Adaptive Distributed Embedded Systems, Proc International Workshop on Real-Time Networks - RTN, Barcelona, Spain, Vol. , pp. - , July, 2018.
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Adaptive systems, apart from fulfilling some functional requirements, can modify their behaviour autonomously and dynamically to cope with new operational requirements or conditions. The DFT4FTT project aims at providing a self-reconfigurable infrastructure that can support distributed applications with real-time, reliability and adaptivity requirements. This paper describes the architecture and the set of mechanisms that make it possible to: monitor the environment and the system itself, decide when a new configuration is needed, decide on a new valid configuration and apply said configuration. Finally, note that this self-reconfiguration capabilities are not only interesting from a functional perspective, but from a reliability perspective as new we can implement dynamic fault-tolerance mechanisms. In this regard, DFT4FTT implements a N-Modular Redundancy scheme with spares, that increases the system reliability if it is used from the very beginning of the mission.