Multi-agent systems (MAS) provide a well-founded approach to the engineering of situated systems, where governing the interaction of a multiplicity of autonomous, distributed components with the environment represents one of the most critical issues. By interpreting situatedness as a coordination issue, in this paper we describe the TuCSoN coordination architecture for situated MAS, and show how the corresponding TuCSoN coordination technology can be effectively used for engineering MAS environment.
Coordination in Situated Systems: Engineering MAS Environment in TuCSoN / Mariani, Stefano; Omicini, Andrea. - 8729:(2014), pp. 99-110. ( N/A N/A N/A) [10.1007/978-3-319-11692-1_9].
Coordination in Situated Systems: Engineering MAS Environment in TuCSoN
MARIANI, Stefano;
2014
Abstract
Multi-agent systems (MAS) provide a well-founded approach to the engineering of situated systems, where governing the interaction of a multiplicity of autonomous, distributed components with the environment represents one of the most critical issues. By interpreting situatedness as a coordination issue, in this paper we describe the TuCSoN coordination architecture for situated MAS, and show how the corresponding TuCSoN coordination technology can be effectively used for engineering MAS environment.
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