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Fault Handling Logic for Sky Hook Recycling Drone Sensor Failure

机译:天空挂钩回收无人机传感器故障的故障处理逻辑

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For small unmanned aerial vehicles, when a sensor of a drone is faulty, it is necessary to switch the information source to ensure that the sensor information of the drone is safe and reliable. when all the information sources fail, no information source can be switched, and an emergency fault is required. Dispose of the drone into a stable or semi-stable state. This paper takes the hook recovery UAV as an example, assigns the information source priority, defines the sensor failure criteria, and finally designs the sensor fault handling logic. The simulation test is carried out by semi-physical simulation. The results show that this method can switch the flight mode of the drone quickly and effectively when the sensor is faulty, and ensure the safe flight of the drone.
机译:对于小无人驾驶车辆,当无人机的传感器有故障时,有必要切换信息源,以确保无人机的传感器信息是安全可靠的。当所有信息源都失败时,无法切换信息源,并且需要紧急情况。将无人机置于稳定或半稳态状态。本文以钩恢复UAV为例,分配信息源优先级,定义传感器故障标准,最后设计传感器故障处理逻辑。模拟测试通过半物理模拟进行。结果表明,该方法可以在传感器故障时快速有效地切换无人机的飞行模式,并确保无人机的安全飞行。

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