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Optimal stabilization and straight line tracking of an electric bicycle

机译:电动自行车的最佳稳定性和直线跟踪

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摘要

Bicycle is a high efficiency transportation tool without any environmental burden. However, it has the inherent disadvantage that, it is unstable by itself and human assisted control is necessary for its stable running. In this paper optimal control methods are proposed for the stabilization and tracking of an electric bicycle. In the proposed method a self sustaining control of electric bicycle using linear quadratic regulator (LQR) is designed. In addition to stabilization, a linear tracking controller is also designed. Tracking control is implemented based on the trajectory parameters. The feasibility of the proposed approaches are evaluated by simulations.
机译:自行车是一种高效运输工具,没有任何环境负担。然而,它具有固有的缺点,即它本身是不稳定的,并且需要人工辅助控制以使其稳定运行。在本文中,提出了用于控制和跟踪电动自行车的最佳控制方法。在提出的方法中,设计了一种使用线性二次调节器(LQR)的电动自行车的自持控制。除了稳定之外,还设计了线性跟踪控制器。跟踪控制是基于轨迹参数实现的。通过仿真评估了所提出方法的可行性。

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