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Operator Assistance and Semi-autonomous Functions as Key Elements of Future Systems for Multiple Uav Guidance

机译:操作员协助和半自主功能是未来多无人机制导系统的关键要素

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摘要

This paper will discuss technologies for use in a work system comprising a single operator working in a control station being supposed to supervise several UAVs. The overall setup of a typical manned-unmanned teaming scenario will be described and analyzed using the approach of the work system as a human factors engineering framework. This approach facilitates to identify the research areas of cognitive operator assistance and semi-autonomous guidance of co-operating UAVs. Furthermore, this paper will refer to recent research activities and experimental facilities for the evaluation of the solutions.
机译:本文将讨论在工作系统中使用的技术,该系统包括在控制站中工作的单个操作员,该操作员应负责监督多个无人机。将使用工作系统作为人为因素工程框架的方法来描述和分析典型的无人值守团队方案的总体设置。这种方法有助于确定认知操作员协助和合作无人机的半自主指导的研究领域。此外,本文将参考最近的研究活动和实验设备来评估解决方案。

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