The paper presents the objective and characteristics of an integrated architecture devoted to develop a new generation of simulators able to reproduce joint interoperability among Autonomous Systems over the marine domain. The authors analyze the requirements for such simulation solution in order to address the needs of the applicative context considering different needs: engineering, operations, training and supervision. The paper proposes the general architecture and an approach for integrating different models within this federation; the description of the mission environment is proposed as test case, as well as the preliminary activities for validating these concepts as well as the simulation architecture.
Simulating the marine domain as an extended framework for joint collaboration and competion among autonomous systems
BRUZZONE, AGOSTINO;BRIZZOLARA, STEFANO;POGGI, SIMONLUCA;DALLORTO, MARGHERITA
2013-01-01
Abstract
The paper presents the objective and characteristics of an integrated architecture devoted to develop a new generation of simulators able to reproduce joint interoperability among Autonomous Systems over the marine domain. The authors analyze the requirements for such simulation solution in order to address the needs of the applicative context considering different needs: engineering, operations, training and supervision. The paper proposes the general architecture and an approach for integrating different models within this federation; the description of the mission environment is proposed as test case, as well as the preliminary activities for validating these concepts as well as the simulation architecture.
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