摘要
“自动控制理论”是自动化类专业一门非常重要的专业基础课程,通过课程的学习可以全面了解和掌握自动控制系统的基本理论、方法和应用,是理论和实践的密切结合的课程。文章主要介绍学习了“非线性系统分析”一章后的感悟。从非线性系统的特点和分析方法中可知,对于任何需要解决的问题,都要具体问题具体分析;通过适当的方式利用已有的成功经验和方法去分析解决新的问题,能够化繁为简,事半功倍。通过对系统的校正,即改变系统不同环节的参数,可以使得系统的性能最优。引申到我们的日常生活和工作中,大学生需要不断地完善自我,不断提高自己,实现自己的理想。除了学会课本知识以外,还要学以致用,深刻领会里面所蕴含的哲学道理,做到融会贯通,将专业知识融入我们的工作生活中,学习老一辈科学家,拥有家国情怀,做一个德才兼备的人。
Automatic Control Theory is a very important basic course for undergraduates majoring in automation.Through the study of the course,we can fully understand and master the basic theory,method and application of automatic control system.It is a course that combines theory with practice closely.This paper mainly introduces the authors'understanding after studying the chapter of"Nonlinear System Analysis".From the characteristics and analysis methods of nonlinear systems,we can see that for any problem that needs to be solved,we should analyze the specific problem concretely.Applying existing successful experiences and methods to the analysis and solution of new problems in an appropriate way can reduce the complexity and achieve twice the result with half the effort.The system performance can be optimized by correcting the system,that is,changing the parameters of different links of the system.Extended to our daily life and work,it shows that college students need to constantly improve themselves,so as to realize their ideals.In addition to learning textbook knowledge,they should also learn to use it,deeply understand the philosophical truth contained in it,integrate professional knowledge into work and life,learn from the older generation of scientists,enhance their sense of patriotism,and to be a generation of both virtue and ability.
作者
王瑾瑜
曾庆山
WANG Jin-yu;ZENG Qing-shan(School of Electrical Engineering,Zhengzhou University,Zhengzhou,Henan 450001,China)
出处
《教育教学论坛》
2021年第6期21-24,共4页
Education And Teaching Forum
基金
2019年度郑州大学课程思政教育教学改革试点项目“自动控制理论”(2019ZZUKCSZ027)
2020年郑州大学“六卓越一拔尖”计划2.0建设项目“自动化卓越工程师培养计划2.0”(2020ZZUZY01)。
关键词
自动控制理论
非线性系统
系统分析
校正
Automatic Control Theory
nonlinear system
system analysis
correction