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Module 1: Control System Analysis
1 ½Òµ{²¤¶
Course Introduction
(­^¤åPDF)
(­^¤åPPT)
2 ±±¨î¨t²Î²¤¶
Introduction to Control Systems
(­^¤åPDF)
(­^¤åDOC)
3 ±±¨î¨t²Îªº¤ÀªR»P³]­p
Control System Analysis and Design
(­^¤åPDF)
(­^¤åDOC)
4 ¤zÂZ»PÆF±Ó«×
Disturbances and Sensitivity
(­^¤åPDF)
(­^¤åDOC)
5 íºA»~®t
Steady-State Errors
(­^¤åPDF)
(­^¤åDOC)
6 S-¥­­±¡A·¥ÂI»P¹sÂI
S-Plane, Poles and Zeroes
(­^¤åPDF)
(­^¤åDOC)
7 ¼ÈºAÅTÀ³©Mí©w«×
Transient Response and Stability
(­^¤åPDF)
(­^¤åDOC)
8 ¥D¼ÒºA
Dominant Modes
(­^¤åPDF)
(­^¤åDOC)
9 ¼ÈºAÅTÀ³»P©Ê¯à
Transient Response and Performance
(­^¤åPDF)
(­^¤åDOC)
10 ¹sÂIªº¼vÅT
Effects of Zeroes
(­^¤åPDF)
(­^¤åDOC)
³æ¤¸ 2¡Gª¬ºAªÅ¶¡ªk
Module 2: State-Space Methods
11 ª¬ºAªÅ¶¡
State Space

(­^¤åPDF)
(­^¤åDOC)
12 ª¬ºAªÅ¶¡«Ø¼Ò
State Space Modeling

(­^¤åPDF)
(­^¤åDOC)
13 ¦A½×ª¬ºAªÅ¶¡«Ø¼Ò»PÂಾ¨ç¼Æ¯x°}
More State Space Modeling and Transfer Function Matrices

(­^¤åPDF)
(­^¤åDOC)
14 Quanser ¼Ò«¬»Pª¬ºAÂಾ¯x°}
Quanser Model and State Transition Matrices

(­^¤åPDF)
(­^¤åDOC)
15 ª¬ºAªÅ¶¡·L¤À¤èµ{¦¡ªº¸Ñ
Solutions of State Space Differential Equations

(­^¤åPDF)
(­^¤åDOC)
16 ¥i±±¨î©Ê
Controllability

(­^¤åPDF)
(­^¤åDOC)
17 ´úÅç 1
Quiz 1
18 ¥i±±¨î©Ê(Äò)
Controllability Continued

(­^¤åPDF)
(­^¤åDOC)
19 ª¬ºAªÅ¶¡³]­p
State Space Design

(­^¤åPDF)
(­^¤åDOC)
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Module 3: Time Domain System Design
20 ¤ñ¨Ò±±¨î
Proportional Control

(­^¤åPDF)
(­^¤åDOC)
21 ±±¨î¨t²Î³]­p(®É°ì)
Control System Design (Time Domain)

(­^¤åPDF)
(­^¤åDOC)
22 ®Ú­y¸ñªk
Root Locus Rules

(­^¤åPDF)
(­^¤åDOC)
23 ®Ú­y¸ñ¨Ò¤l
Root Locus Examples

(­^¤åPDF)
(­^¤åDOC)
24 ®Ú­y¸ñ³]­p
Root Locus Design

(­^¤åPDF)
(­^¤åDOC)
25 ¸ÉÀv¾¹³]­p
Compensator Design

(­^¤åPDF)
(­^¤åDOC)
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Module 4: Frequency Domain System Design
26 ÀW²vÅTÀ³¤ÀªR
Frequency Response Analysis

(­^¤åPDF)
(­^¤åDOC)
27 ·¥®y¼Ð¹Ï
Polar Plots

(­^¤åPDF)
(­^¤åDOC)
28 ´T¨¤­ì²z©MNyquist í©w·Ç«h
Principle of the Argument and the Nyquist Stability Criterion

(­^¤åPDF)
(­^¤åDOC)
29 Nyquist ½d¨Ò
Nyquist Examples

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30 Nyquist½d¨Ò(Äò)
More Nyquist Examples

(­^¤åPDF)
(­^¤åDOC)
31 ´úÅç 2
Quiz 2
32 ¼W¯qÃä­­©M¬Û¦ìÃä­­
Gain and Phase Margins

(­^¤åPDF)
(­^¤åDOC)
33 ¼W¯q-¬Û¦ì¥­­±»PNichols¦±½u¹Ï
The Gain-Phase Plane and Nichols Charts

(­^¤åPDF)
(­^¤åDOC)
34 ¶}°j¸ô»P³¬°j¸ô¦æ¬°©M¤G¶¥¨t²Î½d¨Ò
Open and Closed Loop Behavior and the Second Order System Paradigm

(­^¤åPDF)
(­^¤åDOC)
35 Bode¹Ï
Bode Diagrams

(­^¤åPDF)
(­^¤åDOC)
36 ¤@¶¥»P¤G¶¥¨t²ÎBode¹Ï
First and Second Order System Bode Diagrams

(­^¤åPDF)
(­^¤åDOC)
37 ¸ÉÀv©MBode³]­p
Compensation and Bode Design

(­^¤åPDF)
(­^¤åDOC)
38 §ó¦hªºBode ³]­p
More Bode Design
39 ½m²ß½Ò
Train Lecture

(­^¤åPDF)
(­^¤åDOC)

 
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