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Angle of Attack Estimation and Aircraft Controller Design using LQR Methods

机译:使用LQR方法的攻击估计和飞机控制器设计

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摘要

An LQ-based tracker is designed in this paper, using output feedback. For performing the design, at first, a structured controller is introduced for a set of equations. The controller is obtained by minimizing a cost function which has some penalties on both the system's inputs and states. After that, an estimator is introduced and combined with the controller to close the loop. Running the nonlinear simulation at the end verifies the superiority of Extended Kalman Estimator (EKF)to the Linear Kalman Estimator (LKF).
机译:基于LQ的跟踪器采用该纸张设计,使用输出反馈。为了执行设计,首先,引入了一组方程的结构化控制器。通过最小化在系统的输入和状态下具有一些处罚的成本函数来获得控制器。之后,引入估计器并与控制器组合以关闭循环。在最后运行非线性模拟,将扩展卡尔曼估计器(EKF)的优越性验证到Linear Kalman估计器(LKF)。

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