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UAVs: Computer co-pilots - 'Smarter' UAVs could help avoid human error during landings

机译:无人机:计算机副驾驶员-“更智能”的无人机可以帮助避免着陆时的人为错误

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摘要

The answers are said to be coming for all those U.S. Air Force UAV crashes: stouter, smarter airplanes that would be controlled by computers during takeoff and, most importantly, landings, when the craft are hardest to control. In the meantime, the Air Force is about to field a laser altimeter that could make its Predators and Reapers easier to fly until that automated takeoff-and-landing system is ready for the Reapers in 2012. The Reapers are scheduled to take over completely for the Predators in 2016. For now, personnel inside launch and recovery stations overseas continue to guide the Predators and Reapers in with joysticks at the end of each mission. These operators are given control of the aircraft after pilots and sensor operators at bases in the U.S. are done taking videos or striking targets with Hellfire missiles. Local teams must land the planes because the signal delay from the U.S. would make them all but impossible to control.
机译:据说对于所有这些美国空军无人机坠机来说,答案都是即将来临的:起伏的,更聪明的飞机将在起飞,最重要的是着陆时(最难控制)由计算机控制。同时,空军将部署激光测高仪,使它的“掠食者”和“收割机”更容易飞行,直到2012年为收割机准备好自动起降系统为止。“收割机”计划完全取代于2016年成为捕食者。目前,海外发射和回收站内的人员在每次任务结束时继续通过操纵杆引导捕食者和收割者。在美国基地的飞行员和传感器操作员用地狱火导弹拍摄视频或打击目标后,就可以控制这些飞机。当地团队必须降落飞机,因为来自美国的信号延迟将使它们几乎无法控制。

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