Recent coordination languages and models are moving towards the application of techniques coming from the research context of complex systems: adaptivity and self-organisation are exploited in order to tackle the openness, dynamism and unpredictability of today's distributed systems. In this area, systems are to be described using stochastic models, and simulation is a valuable tool both for analysis and design. Accordingly, in this work we focus on modelling and simulating emergent properties of coordination techniques. We first develop a framework acting as a general-purpose engine for simulating stochastic transition system, built as a library for the MAUDE term rewriting system. We then evaluate this tool to a coordination problem called collective sorting, where autonomous agents move tuples across different tuple spaces according to local criteria, and resulting in the emergence of the complete clustering property.

Matteo Casadei, Luca Gardelli, Mirko Viroli (2006). Simulating emergent properties of coordination in Maude: the collective sorting case. BONN : s.n.

Simulating emergent properties of coordination in Maude: the collective sorting case

CASADEI, MATTEO;GARDELLI, LUCA;VIROLI, MIRKO
2006

Abstract

Recent coordination languages and models are moving towards the application of techniques coming from the research context of complex systems: adaptivity and self-organisation are exploited in order to tackle the openness, dynamism and unpredictability of today's distributed systems. In this area, systems are to be described using stochastic models, and simulation is a valuable tool both for analysis and design. Accordingly, in this work we focus on modelling and simulating emergent properties of coordination techniques. We first develop a framework acting as a general-purpose engine for simulating stochastic transition system, built as a library for the MAUDE term rewriting system. We then evaluate this tool to a coordination problem called collective sorting, where autonomous agents move tuples across different tuple spaces according to local criteria, and resulting in the emergence of the complete clustering property.
2006
Proceedings of FOCLASA 2006, 5th International Workshop on Foundations of Coordination Languages and Software Architectures
Matteo Casadei, Luca Gardelli, Mirko Viroli (2006). Simulating emergent properties of coordination in Maude: the collective sorting case. BONN : s.n.
Matteo Casadei; Luca Gardelli; Mirko Viroli
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/28774
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