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1. Design of a surge tank to smooth out fluctuations in flow. Definition of important process control terms
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2¡D°ÊºA¨t²Î¡C
2. Dynamic system
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3¡D¼Æ¾Ç´_²ß¡C
3. Math review
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4¡D¤@¶¥¹Lµ{ªº°ÊºA¦æ¬°¡C
4. Dynamic behavior of 'first-order' processes
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5¡DLaplace Âà´«¡C
5. Laplace transforms
(­^¤åPDF)¡B (­^¤åDOC)

6¡DLaplaceÂà´«ªº²`¼h¸ÜÃD©M¨t²Î¼Ò«¬¡C
6. Further topics on Laplace transforms and system models
(­^¤åPDF)¡B (­^¤åDOC)

7¡D¶Ç»¼¨ç¼Æ©M¤è¶ô¹Ï¡C
7. Transfer functions and block diagrams
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8¡D¤@¶¥¨t²Îªº±Æ¦C¢w¢w¦êÁp¡A ¨ÃÁp©M°j°é¡C
8. Arrangements of first-order systems -- series, parallel, and recycle
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9. Second-order systems
(­^¤åPDF)¡B (­^¤åDOC)

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10. Stability defined and related to the poles of the transfer function
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11¡D°ÊºA¨t²ÎªºÀW²v¦^À³¡C
11. Frequency response of dynamic systems
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12¡DÅÍ©ÕÅø¤ÏÀ³¾¹ªº°Ê¤O¾Ç¡C
12. Dynamics of a stirred tank reactor
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13¡DÀx¼Ñ²G¦ìªº°j±Â¡]¤ÏõX¡^±±¨î¡C
13. Feedback control of liquid level in a tank
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14¡DPID¡]¤ñ¨Ò¡Ð¿n¤À¡Ð·L¤À¡^±±¨î¹Bºâ¡C
14. The PID (proportional-integral-derivative) control algorithm
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15 a¡D´y­z³¬Àô¡Ð®É¶¡°ìªº¤èµ{¦¡¡C
15 a. Equations to describe the closed loop - time domain
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15 b¡D´y­z³¬Àô¡Ð©Ô´¶©Ô´µ°ìªº¤èµ{¦¡¡C
15 b. Equations for the closed loop - Laplace domain
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16¡D °j±Â¡]¤ÏõX¡^±±¨î¦^¸ôªº½Õ¸`©Mí©w©Ê¡C
16. Tuning and stability of feedback control loops
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17¡D ¹Lµ{ªº¤º³¡¼Ò¦¡±±¨î¡C
17. Internal model control of processes
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19¡D±±¨î¦^¸ô©Ò¥Î·P´ú¾¹¡C
19. Sensors used in control loops
(­^¤åPDF)¡B (­^¤åDOC)

20¡D ±±¨î»Ö¡C
20. Control valves
(­^¤åPDF)¡B (­^¤åDOC)

21¡D ±±¨î¾¹¡C
21. Controllers
(­^¤åPDF)¡B (­^¤åDOC)

23¡D½Õ¸`¤@­Ó¹ê»Ú±±¨î¾¹¡Ð«Ø¼Ò¡A ¹Lµ{½T»{¡A ·L½Õ¡C
23. Tuning a real controller - modeling, process identification, fine tuning
(­^¤åPDF)¡B (­^¤åDOC)


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24. Details of closed loop transfer functions
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26¡D¦ê¯Å±±¨î¦^¸ô¡C
26. Cascade control loops
(­^¤åPDF)¡B (­^¤åDOC)

27¡D «eõX±±¨î¡C
27. Feedforward control
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31¡D Á`µ²¡C
31. Summing it all up
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