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Experimental studies on Q filter design of a disturbance observer for a one-wheel robot

机译:单轮机器人扰动观测器Q滤波器设计的实验研究

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In this paper, experimental studies on designing Q filters in the disturbance observer (DOB) based motion control for balancing a one-wheel robot are presented. The robot is simply modeled as a second order system and the corresponding Q filters are designed to form a DOB control structure. Two Q-filters such as Q20 and Q31 are investigated and analyzed in a view point of disturbance rejection performance and sensor noise immunity. The performances of two Q filters are evaluated by realizing a DOB in the digital system for controlling the balance of a single-wheel mobile robot.
机译:本文提出了在基于扰动观测器(DOB)的运动控制中设计Q滤波器以平衡单轮机器人的实验研究。简单地将机器人建模为二阶系统,并设计相应的Q滤波器以形成DOB控制结构。从抗干扰性能和传感器抗扰性的角度,研究和分析了两个Q滤波器,例如Q20和Q31。通过在用于控制单轮移动机器人平衡的数字系统中实现DOB,可以评估两个Q滤波器的性能。

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