Model-based control to enhance a novel two dimensional positioning system

Chan Wong, C. Montes, L. Mears, J. Ziegert
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引用次数: 3

Abstract

This paper presents a model-based control algorithm to address the delayed feedback that occurs in a novel two dimensional positioning system. The delayed feedback causes the motion control system unable to track the desire setpoint accurately and at the same time introduce following error. Thus, a Modified Smith Predictor is proposed to address the delayed feedback by having an inner plant model to predict the path during the delay. Furthermore, an online system identification scheme is proposed to improve the accuracy of the model used in Modified Smith Predictor. Simulation and experimental results of the Modified Smith Predictor and online system identification are presented.
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一种新型二维定位系统的模型控制方法
本文提出了一种基于模型的控制算法来解决二维定位系统中的延迟反馈问题。滞后的反馈导致运动控制系统不能准确地跟踪期望设定值,同时引入跟随误差。因此,提出了一种改进的Smith预测器,通过内部植物模型来预测延迟期间的路径,以解决延迟反馈问题。在此基础上,提出了一种在线系统识别方案,以提高修正Smith预测器模型的准确性。给出了改进的Smith预测器和在线系统辨识的仿真和实验结果。
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