A hierarchic architecture model for dynamic reconfiguration

Wermelinger, Michel (1997). A hierarchic architecture model for dynamic reconfiguration. In: Software Engineering for Parallel and Distributed Systems, 1997. Proceedings., Second International Workshop on, IEEE, pp. 243–254.

DOI: https://doi.org/10.1109/PDSE.1997.596843

Abstract

Dynamic reconfiguration is the ability to modify a parallel or distributed system while it is running. We adopt the framework developed by Kramer et al. (1985) at the system architecture level: changes must occur in a consistent state, which is brought about by "freezing" some system components. The goal is to reduce system disruption, i.e., to minimize: the part of the system to be "frozen" and the time taken by reconfiguration operations. Towards the first goal we take a connection based approach instead of a component based one. To reduce time, we refine the reconfiguration algorithm by executing changes in parallel as much as possible. Our model also handles hierarchic systems.

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