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Integral and Second Order Sliding Mode Control of Harmonic Oscillator

机译:谐波振荡器的积分和二阶滑模控制

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A typical second order Harmonic Oscillator is controlled using both traditional and higher order Sliding Mode Control (SMC). Integral sliding mode control is used to compensate for the bounded disturbances improving the robustness of the controlled Harmonic Oscillator. The advantages of the higher order SMC over the traditional one i.e., control continuity and improved accuracy are shown. A computer simulation is performed to manifest the theoretical analysis.
机译:典型的二阶谐波振荡器是使用传统和高阶滑模控制(SMC)来控制的。集成滑模控制用于补偿有界干扰,从而提高了受控谐波振荡器的鲁棒性。显示了高阶SMC相对于传统SMC的优点,即控制连续性和改进的精度。进行计算机仿真以表明理论分析。

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