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Requirement Analysis for an Aerial Relay in Emergency Response Missions

机译:紧急响应任务中空中继电器的需求分析

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First aid of patients at the scene of an emergency requires an adequate flow of information.The publicly funded research project MOMENTUM aims at seamlessly connecting the point of care to the hospital.An unmanned aerial vehicle serving as a network relay may help in cases of limited or no mobile wireless connection, e.g.due to topographical circumstances.The aerial system may also provide situational awareness in cases of mass casualty incidents.For these two defined use-cases, safety and stability considerations are discussed, and required flight times and payloads are defined.The relay can be connected to the ground via a cable or wireless connection.It is concluded that the use-cases can be realized best when using a multicopter — either combined with a cable for independent flight times and reliable data communication or a wireless solution to mitigate the risk from the increased payload while limiting flight time.For the first option, the payload of the aircraft should be adjusted to ensure the power consumption in hover matches the power limitation of the cable.
机译:紧急情况现场患者的急救需要充分的信息流动。公开资助的研究项目势头旨在无缝连接到医院的护理点。作为网络继电器的无人空中车辆可能有助于有限或者没有移动无线连接,例如地形环境。航空系统还可以在大规模伤亡事件的情况下提供情境意识。对于这两个定义的使用情况,讨论了安全性和稳定性考虑,所需的飞行时间和有效载荷定义。继电器可以通过电缆或无线连接连接到地面。得出结论是,使用电缆时可以最佳地实现使用情况 - 与电缆组合,用于独立飞行时间和可靠的数据通信或无线解决方案为了减轻有效载荷增加的风险,同时限制飞行时间。对于第一个选择,飞机的有效载荷应该是调整的d为了确保悬停中的功耗与电缆的功率限制匹配。

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