Maritime search and rescue operations are critical missions involving personnel, boats, helicopter, aircrafts in a struggle against time often worsened by adversary sea and weather conditions. In such a context, telecommunication and in- formation systems may play a crucial role sometimes concurring to successfully accomplish the mission. In this paper we present an application able to localize the vessel who has launched a rescue request and to plan the most effective path for rescue assets. The application has been realised as a distributed and open multi-agent system deployed on rescue vehicles as well as on a land maritime stations of the Italian Coast Guard. The system is going to be tested in real scenarios by the Coast Guard.

Aronica, S., Benvegna, F., Cossentino, M., Gaglio, S., Langiu, A., Lodato, C., et al. (2010). An agent-based system for maritime search and rescue operations. In CEUR Workshop Proceedings. Andrea Omicini.

An agent-based system for maritime search and rescue operations

ARONICA, Salvatore;BENVEGNA, Francesco;GAGLIO, Salvatore;LANGIU, Alessio;
2010-01-01

Abstract

Maritime search and rescue operations are critical missions involving personnel, boats, helicopter, aircrafts in a struggle against time often worsened by adversary sea and weather conditions. In such a context, telecommunication and in- formation systems may play a crucial role sometimes concurring to successfully accomplish the mission. In this paper we present an application able to localize the vessel who has launched a rescue request and to plan the most effective path for rescue assets. The application has been realised as a distributed and open multi-agent system deployed on rescue vehicles as well as on a land maritime stations of the Italian Coast Guard. The system is going to be tested in real scenarios by the Coast Guard.
2010
Multi Agent System, Search and Rescue, JADE Framework
Aronica, S., Benvegna, F., Cossentino, M., Gaglio, S., Langiu, A., Lodato, C., et al. (2010). An agent-based system for maritime search and rescue operations. In CEUR Workshop Proceedings. Andrea Omicini.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/53244
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