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Unmanned aircraft systems for maritime operations: Choosing ¿¿¿a¿¿¿ good design for achieving operational effectiveness

机译:用于海上行动的无人飞机系统:选择¿¿¿a¿¿¿

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Modern navies perform various missions such as maritime security, maritime interdiction, and counter piracy operations in addition to their traditional wartime duties. However, most warships are not built flexible enough to conduct these tasks. Unmanned Aircraft Systems (UAS) increase the flexibility of the warships and enhance mission success. The capabilities of the UAS determine how effective the mission is performed. However, tactical decisions in using UAS also affect the results of a mission. Therefore, deciding on the design parameters requires a thorough analysis of how UAS will be used together with other assets in maritime operations. This paper presents some of the current maritime challenges, explains the use of UAS in maritime operations, and assesses the operational effectiveness of UAS in a Maritime Interdiction Operation scenario using an agent-based modelling and simulation platform. The results show that UAS significantly increase the mission success, and that there is not one set of parameters to achieve a certain level of effectiveness, there may be various UAS designs which yield same results.
机译:现代海军除了执行传统的战时职责外,还执行各种任务,例如海上安全,海上拦截和反海盗行动。但是,大多数军舰的灵活性不足以执行这些任务。无人机系统(UAS)可提高军舰的灵活性并提高任务成功率。 UAS的能力决定了执行任务的效率。但是,使用UAS的战术决策也会影响任务的结果。因此,确定设计参数需要彻底分析UAS在海上作战中将如何与其他资产一起使用。本文介绍了当前的一些海事挑战,解释了UAS在海事行动中的使用,并使用基于代理的建模和仿真平台评估了UAS在海事拦截行动场景中的行动效力。结果表明,UAS显着提高了任务的成功率,并且没有一组参数可以达到一定的有效性,可能会有各种UAS设计产生相同的结果。

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