Observer-based controller for systems with time specifications

Amani Added, Maher Ben Hariz, F. Bouani
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Abstract

In this paper, an observer-based state feedback controller system is designed. A new method based on the Generalized Characteristic Ratio Assignment GCRA is used to set the polynomials of the LQR to reach the desired time specifications such as settling time and overshoot. The GCRA allows to define the weighting matrices Q and R. Then based on the separation principle and the GCRA method a full-order observer is derived and associated with the LQR controller to achieve the robust closed-loop performances. Simulation results are presented.
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具有时间规范的系统的基于观测器的控制器
本文设计了一种基于观测器的状态反馈控制器系统。采用基于广义特征比分配(GCRA)的新方法对LQR的多项式进行设置,使其达到所需的沉降时间和超调量等时间指标。GCRA允许定义加权矩阵Q和r,然后基于分离原理和GCRA方法导出全阶观测器并与LQR控制器关联以实现鲁棒闭环性能。给出了仿真结果。
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