MAE 460A ÀÚµ¿Á¦¾î(Automatic
Control)
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Instructor
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¡¡ |
Youngjin
Park, Professor, MEB 4111 (Tel: 3036)
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Time
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¡¡ |
Tue. & Thur. 09:00-10:20
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Place |
¡¡ |
3334
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Grading
¡¡ |
¡¡ |
 |
Laboratory Report
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20%
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¡¡ |
Homework
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20%
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 |
Mid-term Exam
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30%
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¡¡ |
Final Exam
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30%
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 |
Term project
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up to 20%(Extra plus)
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 |
Attendance
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up to 20%(Extra minus)
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Text¡¡
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¡¡ |
Feedback
Control of Dynamic Systems¡±
3rd., Franklin, Powell and Emami-Naeini, Addison-Wesley,
1994. |
Preferences
¡¡ |
¡¡ |
Karnopp and Rosenberg, ¡°System
Dynamics: A Unified Approach
Rosenberg and Karnopp, ¡°Introduction
to Physical System Dynamics¡±
William J. Palm III, ¡°Modeling,
Analysis and Control of Dynamic Systems¡±
Norman S. Nise, ¡°Control
Systems Engineering¡±
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Tentative Schedule |
¡¡ |
Week
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Topic
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Reading
Assignment
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1
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Overview of Feedback Control, Linearization
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Ch.1, Sec. 2.6
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2
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Dynamic Response
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Chap. 3
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3
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Case Study
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Sec. 3.7, Sec. 4.1
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4
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Types of Feedback
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Sec. 4.2
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5
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System Types and Stability
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Sec. 4.3~4
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6
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Root Locus Method
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Sec. 5.1~3
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7
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Controller Design Based on Root Locus Method
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Sec. 5.4~8
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8
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MidTerm Exam
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¡¡
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9
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Frequency Response
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Sec. 6.1~3
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10
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Stability, Nyquist Plot
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Sec. 6.4~6
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11
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Bode Plot, Compensation
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Sec. 6.7~11
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12
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System Description in State Space Method
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Sec. 7.1~2
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13
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Pole Placement
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Sec. 7.3~4
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14
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Control System Design
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Sec. 9.1~2
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15
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Control System Design
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Sec. 9.3~5
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16
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Final Exam
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¡¡
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Software |
¡¡ |
Matlab, Mathcad, Mathmetica, etc.
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