Online Fractional-Order PIα Controller Tuning Scheme

Bouziane Keziz, A. Djouambi, S. Ladaci
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Abstract

This paper proposes a new design of fractional order adaptive PI (PIα) controller for a class of first order plus time delay (FOPTD) plants. An offline tuning method is achieved to fix the fractional order α, to satisfy gain and phase margin specifications. Then, an adaptive control is used to adjust online the basic parameters Kp and Ki. The robustness of the proposed scheme is ensured by the property of the well-known Bode’s ideal transfer function. The resulting adaptive control ensures more robustness against gain variations, due to the use of fractional operators. Simulation results confirm much the effectiveness of the proposed tuning scheme.
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分数阶PIα控制器在线整定方案
针对一类一阶加时滞(FOPTD)对象,提出一种分数阶自适应PI (PIα)控制器的新设计。实现了一种离线调谐方法来固定分数阶α,以满足增益和相位裕度的要求。然后采用自适应控制对基本参数Kp和Ki进行在线调整。该方案的鲁棒性是由波德理想传递函数的性质保证的。由于使用了分数运算符,由此产生的自适应控制确保了对增益变化的更强鲁棒性。仿真结果验证了该调谐方案的有效性。
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