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Linear Feedback and LQR Controller Design for Aircraft Pitch Control

机译:用于飞机音高控制的线性反馈和LQR控制器设计

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In this paper, the pitch control system of aircraft is designed using Linear Feedback and Linear Quadratic Regulator (LQR) approach. The model we used in this research work is F-16 aircraft model. As the controllers we used can be applied to the linear system, so we used linearized aircraft model. Pole placement technique is used to find the value of feedback gain K for Linear Feedback Controller. The value of feedback gain matrix K in LQR control technique is calculated by choosing suitable values of Q and R matrices, where Q and R are weighing matrix. Block diagrams, MATLAB simulation diagrams, and Simulation results are presented. Finally, according to the initialization of state space vector, the response of pitch control system is analyzed and compared the performance of both controllers.
机译:在本文中,使用线性反馈和线性二次调节器(LQR)方法设计了飞机的俯仰控制系统。我们在本研究工作中使用的模型是F-16飞机模型。由于我们使用的控制器可以应用于线性系统,因此我们使用了线性化的飞机模型。杆子放置技术用于找到线性反馈控制器的反馈增益k的值。通过选择合适的Q和R矩阵的值来计算LQR控制技术中的反馈增益矩阵k的值,其中Q和R是称量矩阵。提出了框图,MATLAB仿真图和仿真结果。最后,根据状态空间向量的初始化,分析音高控制系统的响应并比较了两个控制器的性能。

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