Real-time intelligent control of liquid level system based on MCGS and MATLAB

Si-Wu He, Chao-ying Liu, Zhe-ying Song, Zeng-Kang Wang
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引用次数: 6

Abstract

Intelligent control has been greatly developed and theoretically researched, but it is usually limited to the off-line simulation research. In order to put advanced control algorithms into practice, using a reliable OPC (OLE for Process Control) technology to connect the field process and control equipment, and to realize the data reading in real time, the specific implementations way to achieve real-time control of field devices by combining with the powerful operation ability of MATLAB and the advantage of real-time data collection and monitor of MCGS configuration software. In this paper, we apply this way to PCS-C type process control device, using Fuzzy PID control algorithm to achieve double-tank water level control, which can achieve good control effect.
基于MCGS和MATLAB的液位系统实时智能控制
智能控制已经得到了很大的发展和理论研究,但通常局限于离线仿真研究。为了将先进的控制算法付诸实践,采用可靠的OPC (OLE for Process control)技术将现场过程与控制设备连接起来,实现数据的实时读取,结合MATLAB强大的运算能力和MCGS组态软件实时数据采集与监控的优势,实现现场设备的实时控制的具体实现方式。本文将此方法应用于PCS-C型过程控制装置,采用模糊PID控制算法实现双水箱水位控制,能达到良好的控制效果。
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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