Sampled data dynamic surface control for inertia wheel pendulum

N. Mehdi, F. Malik, A. I. Bhatti, N. Qaiser
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Abstract

We present sampled-data version of dynamic surface control for a benchmark underactuated mechanical system in strict feedback form. Continuous time control law has been discretized in the first place and then applied to control inertia wheel pendulum. Performance comparison has also been made between sampled data and continuous time versions. Simulation results illustrate that sampled data version recovers the performance of continuous time dynamic surface control for reasonably small sampling time.
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惯性轮摆的采样数据动态面控制
我们提出了一个严格反馈形式的基准欠驱动机械系统的动态表面控制的采样数据版本。首先将连续时间控制律离散化,然后应用于惯性轮摆的控制。对采样数据和连续时间版本进行了性能比较。仿真结果表明,在较短的采样时间内,采样数据版本恢复了连续时间动态面控制的性能。
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