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Self-adaptive air-sea simulation basedon multi-sensors agentification

Published online by Cambridge University Press:  22 December 2010

S. Peyruqueou ,
D. Capera ,
T. Médina  and
C. De Murcia
S. Peyruqueou
Affiliation:
UPETEC, 10 avenue de l'Europe – 31520 Ramonville Saint Agne, France. sylvain.peyruqueou@upetec.fr; davy.capera@upetec.fr
D. Capera
Affiliation:
UPETEC, 10 avenue de l'Europe – 31520 Ramonville Saint Agne, France. sylvain.peyruqueou@upetec.fr; davy.capera@upetec.fr
T. Médina
Affiliation:
DCNS, SIS/DDP, BP 403 – 83055 Toulon Cedex, France. thierry.medina@dcnsgroup.com; cyril.de-murcia@dcnsgroup.com
C. De Murcia
Affiliation:
DCNS, SIS/DDP, BP 403 – 83055 Toulon Cedex, France. thierry.medina@dcnsgroup.com; cyril.de-murcia@dcnsgroup.com
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Abstract

Combat Management System training uses simulation of an overall tactical situation. This involves the real-time management of numerous and diverse entities to keep the simulation scenario consistent in a highly dynamic environment. To address this difficult problem, we propose an adaptive multi-agent system in which each entity is considered as a smart sensor/effector mobile. The autonomy and the dynamic behaviour offered to each entity leads the simulation to self-adapt to inevitable disturbances of the user. According to the cooperation paradigm, this approach also allows the mobiles to highlights a coherent global behaviour with mutual helping. Finally, the system shows the relevance of the Emergence Technologies in the elaboration of a new generation of sensors. This software is currently under development in GATES, a project of the DCNS company.

Keywords

Emergence technologiesmulti-agent systemssmart sensorsself-adaptationcooperationreal-time simulationTechnologies émergentessystèmemulti-agentcapteurs intelligentsauto-adaptationcoopérationsimulation en temps réel.
Type
Research Article
Information
RAIRO - Operations Research , Volume 44 , Issue 4: COGIS'09 , October 2010 , pp. 307 - 322
Copyright
© EDP Sciences, ROADEF, SMAI, 2010

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