利用反作用轮原理稳定单轮机器人的LQR控制器

S. Kadam, B. Seth
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引用次数: 8

摘要

Reactobot是印度理工学院孟买分校开发的单轮机器人。它由悬挂在中心轴上的反作用轮作动器来平衡。机器人可以通过在车轮内将摆锤质量向同一方向倾斜来获得前进或后退方向的加速。转弯可以通过在运动中向左或向右倾斜机器人来完成。本文建立了反应机器人的多体动力学模型。采用拉格朗日约束广义公式建立了反应机器人的数学模型。动力学模型是高度非线性的,采用雅可比线性化方法得到了接近垂直滚动运动的线性模型。针对线性化模型,提出了LQR控制方案来设计控制器。仿真结果验证了该方案的有效性。
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LQR controller of one wheel robot stabilized by reaction wheel principle
Reactobot is a one-wheel robot developed at IIT Bombay. It is balanced by reaction wheel actuator suspended from the central axis. The Robot can get accelerated in forward or backward direction by pitching the pendulum mass within the wheel in the same direction. Turns can be- executed by tilting robot to right or left while in motion. In this paper, we describe multi-body dynamic model of the Reactobot. The mathematical model of Reactobot is developed using the Lagrangian constrained generalized formulation. Dynamic model is highly nonlinear and Jacobian linearization has been used to obtain a linear model for operation close to vertical rolling motion. LQR control scheme is proposed to design controller for linearised model. Simulation results demonstrate the effectiveness of this scheme.
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