摘要
提出了一种在学术环境中应用于数字控制系统开发的仿真框架。控制系统工厂模拟器模拟数字控制系统设计人员所研究的对象—数字工厂。控制系统工厂模拟器遵循硬件半循环的概念,替代了物理工厂,设计和实现的控制器附在控制系统的工厂模拟器上,就像从控制器的角度来看实际的工厂一样。模拟器从外部的控制器读取输入到模拟器的主机,并实时地评估输入,并像实际工厂一样向控制器提供输出。用户可以使用该工具来原型化控制系统,而不必被迫使用昂贵或有限的物理资源。
This paper presents a simulation framework for the development of digital control system in academic environment.Control system factory simulator simulates digital control system designer’s research object-digital factory.The control system factory simulator follows the concept of hardware semi-loop,replacing the physical factory.The controller designed and implemented is attached to the factory simulator of the control system,just like the actual factory from the perspective of the controller.The simulator reads the input from an external controller to the simulator’s host,evaluates the input in real time,and provides the output to the controller as if it were a real factory.Users can use the tool to prototypically control systems instead of being force to use expensive or limited physical resources.
作者
李龙
LI Long(Enrollment and Employment Department,Xian Aeronautical Polytechric Instiute,Xi'an 710089,China)
出处
《工业加热》
CAS
2020年第7期14-16,共3页
Industrial Heating
关键词
数字控制系统
控制系统工厂模拟器
物理工厂
半实物仿真
digital control system
control system factory simulator
physical plant
semi-physical simulation
作者简介
李龙(1989-),男,硕士,讲师,研究方向为机械制造.
