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Longitudinal Modelling and Trajectory Tracking Control of a Solar Powered Communication/Remote-Sensing UAV

机译:太阳能通信/遥感UAV的纵向建模和轨迹跟踪控制

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摘要

This paper firstly sorts out the energy flow relationship and formulates the motion model of the solar powered communication/remote-sensing UAV. Based on the Newton's second law, the longitudinal three-degree-of-freedom nonlinear kinematics and dynamics equations of the solar powered UAV are established. By utilizing the multi-loop PID control algorithm, the height and speed controllers are designed to track the reference height and speed. Finally, numerical simulations are carried out to verify the trajectory tracking performances.
机译:本文首先排列了能量流关系,并制定太阳能通信/遥感UAV的运动模型。 基于牛顿的第二律,建立了太阳能UAV的纵向三维自由度非线性运动学和动力学方程。 通过利用多环PID控制算法,设计高度和速度控制器旨在跟踪参考高度和速度。 最后,执行数值模拟以验证轨迹跟踪性能。

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