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Adaptive Regulator for Networked Control Systems: MATLAB and True Time Implementation

机译:网络控制系统的自适应调节器:MATLAB和实时实现

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Networked Control Systems (NCSs) employ digital network for transmitting control and monitoring information among system components.Control information over digital network may be delayed due to transmission and this can adversely affect the control performance.To achieve desired performance in the presence of delays the controller needs to modify its gains based on the channel delay.In this paper,we propose a simple adaptive regulator that uses the first order approximation for computing the controller gains based on prior knowledge of channel delays from experiments.Simulation results indicate that the adaptive regulator performs well even when we model the delay via Gaussian distribution.Delay samples obtained from MODBUS over TCP/IP and data-networks are used to illustrate the performance of the controller.The controller is implemented in True Time to illustrate its real-time performance.
机译:网络控制系统(NCS)使用数字网络在系统组件之间传输控制和监视信息,数字网络上的控制信息可能会因传输而延迟,这可能会对控制性能产生不利影响。本文需要基于信道延迟的先验知识,提出一种简单的自适应调节器,该调节器使用一阶近似值来计算控制器增益。仿真结果表明,该自适应调节器具有良好的性能。甚至当我们通过高斯分布对延迟进行建模时,也可以使用通过TCP / IP和数据网络从MODBUS获得的延迟样本来说明控制器的性能。该控制器在True Time中实现以说明其实时性能。

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