INTRODUCTION TO CONTROL

  1. Course Description
    고전적인 제어공학 이론을 습득하여 대상 시스템을 모델링하고 제어 계통 해석 및 설계 기법을 활용하여 자동 제어기를 설계하게하고 그 과정을 이해하게한다. 고전적인 제어공학 이론 외에 현대적인 제어공학 이론인 상태변수 기법도 소개하며 제어기 설계 프로젝트를 수행하게하며, 그 결과를 보고서로 작성하여 제출하게 함으로서 설계 과정과 의사 표현 기법도 익히게한다.
  2. Course Objectives
    Students should obtain following abilities through this course.
    1) understand basic mathematic knowledge, Laplace transform, transfer function;
    2) know how to model mechanical systems and some simple electrical systems;
    3) know how to analyze control systems in time domain and frequency domain;
    4) know how to design controller, such as PID controller;
    5) learn how to use basic functions of Matlab/Simulink;
  3. Teachnig Method
    This course will be taught in English.
    1) use the powerpoint to give lecture;
    2) explain the concepts by examples or by using Matlab;
  4. Textbook
  5. Assessment
  6. Requiments
    1) advanced mathematics (calculus, differential equation, linear algebra)
    2) statics, dynamics
  7. Practical application of the course
    1) to build a model for a control system;
    2) to draw a block diagram to express a control system;
    3) to analyze a control system in time domain;
    4) to use root locus to analyze a control system
    5) to analyze a control system in frequency domain;
    6) to design a PD, PI, PID controller;
  8. Reference