A survey on active disturbance rejection control

R. Parvathy, A. E. Daniel
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引用次数: 32

Abstract

The conventional PID controllers have been in existence in the process industry from its very birth for almost a century. The empirical approach of the PID presents a limitation in tuning for practising engineers, since it requires ample experience and a sound knowledge of the plant. Another approach that came up with the development of modern control paradigm also had an inherent drawback of model dependency. Tuning of controllers in model based approach was challenging due to the mismatch of the actual system with approximate model. This situation demanded, a model independent approach to take care of the uncertainties of the plant, including the disturbances and the unknown dynamics of the plant. The principle of Active Disturbance Rejection Control(ADRC) satisfactorily tackles the drawbacks of both PID and model based approaches. It proves successful in a variety of industrial applications. The unique features of ADRC are the robustness of the controller and its rich capability in uncertainty reduction. This paper presents a survey on Active Disturbance Rejection Control and its developments.
自抗扰控制研究进展
传统的PID控制器在过程工业中自诞生以来已经存在了近一个世纪。由于PID的经验方法需要丰富的经验和对被控对象的充分了解,因此在实际调试中存在一定的局限性。随着现代控制范式的发展而出现的另一种方法也有模型依赖的固有缺点。在基于模型的方法中,由于实际系统与近似模型的不匹配,控制器的整定具有挑战性。这种情况需要一种独立于模型的方法来处理植物的不确定性,包括植物的扰动和未知动力学。自抗扰控制(ADRC)的原理很好地解决了PID和基于模型的方法的缺点。它在各种工业应用中证明是成功的。自抗扰控制器的独特之处在于控制器的鲁棒性和丰富的不确定性降低能力。本文综述了自抗扰控制及其发展概况。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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