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Dynamic Modelling and Control of quadrotor's attitude around its hover position

机译:悬伏位置围绕四轮车态度的动态建模与控制

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An Unmanned Aerial Vehicles (UAV) quadrotor, which has many applications concerning civilian and military purposes with a high risk mission. This paper deduces the dynamic modeling of UAV and designs a traditional PID controller that controls and stabilizes the quadrotor's attitude around its hover position. The dynamical model and controllers which proposed or compared and verified of a UAV quadrotor were simulated employing MATLAB /Simulink. The quadrotor control was verified by comparing its results with another sliding mode controller results to ensure that the traditional PID controller is efficient.
机译:一个无人驾驶飞行器(UAV)四轮车,有许多关于平民和军事目的的应用,具有高风险使命。本文推断了无人机的动态建模,并设计了传统的PID控制器,控制和稳定四轮车围绕其悬停位置的态度。建议或比较和验证了UAV四元电流器的动态模型和控制器,采用MATLAB / Simulink模拟。通过将其结果与另一种滑动模式控制器的结果进行比较来验证四态电机控制,以确保传统的PID控制器是有效的。

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