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Persistence Through Collaboration at Sea for Off-Shore and Coastal Operations

机译:通过海上合作持久性,用于离岸和沿海业务

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Collaboration (Bruzzone et al. 2013a, b, c, d, e, f) is often mentioned as an opportunity to develop new capabilities for autonomous systems; indeed this paper proposes a practical application where use this approach to enhance the autonomy of the systems during operations in coastal areas or around offshore platforms. The proposed case deals with developing a collaborative approach (Bruzzone et al. 2013a, b, c, d, e, f) among an USV (Unmanned Surface Vehicle) with several AUV (Autonomous Underwater Vehicles) to guarantee persistent surveillance over a marine area (Shkurti et al. 2012). Obviously, the proposed solution could be adopted also for defense and homeland security (Bruzzone et al. 201 la, b, 2010) as well as for archeological site protection in consistence with related cost analysis. The authors propose a technological solution as well as a simulation framework to validate and demonstrate the capabilities of this new approach as well as to quantify expected improvements.
机译:合作(Bruzzone等人2013A,B,C,D,E,F)通常被提及为为自治系统开发新功能的机会;实际上,本文提出了一种实际应用,在沿海地区或海上平台周围的运营期间,使用这种方法可以增强系统的自主权。拟议的案件涉及开发协作方法(Bruzzone等,2013a,b,c,d,e,f),其中USV(无人面的地面车辆),其中几种AUV(自主水下车辆),以保证在海洋地区的持续监测(Shkurti等,2012)。显然,拟议的解决方案也可以用于国防和国土安全(Bruzzone等,201 La,B,2010)以及与相关成本分析一致的考古遗址保护。作者提出了一种技术解决方案以及仿真框架来验证和展示这种新方法的能力以及量化预期的改进。

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