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UAV Shipboard Landing with RTK

机译:带有RTK的无人机舰载着陆

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摘要

UAVs can perform functions such as surveying, imaging, detection, sensor work, rescue, and geographic information systems (GIS) data collection. The exploitation of UAVs with portable launching and recovery systems using an automatic guidance equipment can enhance their flexibility in many practical applications. In particular, UAVs can achieve great effectiveness from launch and recovery aboard ships at sea. However, the landing area is narrow on a ship, and interference related to the maritime environment due to wind disturbance and wave motions varies greatly, making maritime UAV landings quite difficult. Recovering these aircraft in such a rapid-dynamic environment requires a high-precision UAV navigation system.
机译:无人机可以执行诸如勘测,成像,检测,传感器工作,救援和地理信息系统(GIS)数据收集之类的功能。使用自动制导设备的带有便携式发射和回收系统的无人机的开发可以增强其在许多实际应用中的灵活性。特别是,无人机可以从海上船舶的发射和恢复中获得巨大的效能。然而,船舶上的着陆区域狭窄,并且由于风干扰和波浪运动而与海洋环境有关的干扰变化很大,这使得海上无人机着陆非常困难。在如此快速动态的环境中恢复这些飞机需要高精度的无人机导航系统。

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