PID controller tuning for network delayed motion control

Ishtiaq Maqsood, H. Nasir, Abubakr Muhammad
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引用次数: 4

Abstract

This paper presents the effect of constant network delay on the performance of a control system (Speed control of DC Motor). Semi distribution and Full distribution are two categories of Networked Control Systems and we will investigate the response of our control system in both of these configurations. By proper optimization of PID controller parameters we can be able to get the optimum performance even in the networked control systems. In the end a speed control experiment is carried out on a real MAXON DC motor with a network delay inserted. Results show that we can control DC motor (a system) in the presence of network delays by intelligently tuning PID controller gains.
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网络延迟运动控制的PID控制器整定
本文研究恒定网络延迟对控制系统(直流电动机速度控制)性能的影响。半分布和全分布是网络控制系统的两种类型,我们将研究这两种配置下控制系统的响应。通过对PID控制器参数进行适当的优化,可以在网络化控制系统中获得最优的控制性能。最后,在实际的MAXON直流电机上进行了网络延时控制实验。结果表明,通过智能调节PID控制器的增益,可以对存在网络延迟的直流电机(系统)进行控制。
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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