Towards Timed Automata and Multi-agent Systems

Abstract. The design of reactive systems must comply with logical correctness (the system does what it is supposed to do) and timeliness (the system has to satisfy a set of temporal constraints) criteria. In this paper, we propose a global approach for the design of adaptive reactive systems, i.e., systems that dynamically adapt their architecture depending on the context. We use the timed automata formalism for the design of the agents’ behavior. This allows evaluating beforehand the properties of the system (regarding logical correctness and timeliness), thanks to model-checking and simulation techniques. This model is enhanced with tools that we developed for the automatic generation of code, allowing to produce very quickly a running multi-agent prototype satisfying the properties of the model. Keywords. agent oriented software engineering, formal models, agent oriented programming

• Type: Conference
• Year: 2004
• Where: FAABS
• Authors: Guillaume Hutzler, Hanna Klaudel, D. Yue Wang
• Keywords: Adaptive Reactive Systems, Artificial Intelligence, FAABS 2004, Logical Correctness, Reactive Systems