摘要
为了使组态软件能够良好地控制人机界面,且便于投用、操作及维护,分析基于自调节模糊控制算法的组态软件。在研究过程中,首先,分析控制技术和工程中经常使用的控制算法原理和设计方法;然后,结合案例对开发过程中所使用的组态技术原理进行阐述。针对过程控制系统的特点,结合组态思想,利用组态技术设计控制算法模块;最后,在过程控制实验装置中对其可行性进行测试。测试结果表明,基于组态软件的自调节模糊控制算法能够满足实际使用需求。
In order to create a good advanced control man-machine interface for the configuration software and make it easy to put into use,operate and maintain,the configuration software based on self-adjusting fuzzy control algorithm is analyzed.The principle and design method of control algorithm commonly used in control technology and engineering are analyzed.The configuration technology principle used in the development process is elaborated with a case.The idea of configuration is combined to design the control algorithm module by using configuration technology.The feasibility of the system is tested in the process control experimental device.The testing results show that the self-adjusting fuzzy control algorithm based on the configuration software can meet the demands of actual application.
作者
严粤锋
YAN Yuefeng(Guangdong Open University,Guangzhou 510091,China)
出处
《现代电子技术》
北大核心
2019年第15期123-126,共4页
Modern Electronics Technique
关键词
组态软件
自调节模糊控制算法
算法设计
过程控制
PID控制
隶属度函数
configuration software
self-adjusting fuzzy control algorithm
algorithmic design
process control
PID control
membership function
