[방적] An Entire Strategy for Control of a Calender Roller System. Part III: Intelligent Settling Time-optimal Control 출판일 : 2008.01.01 저자 : Chung-Feng Jeffrey Kuo and Hung-Min Tu 서지사항 : Textile Reseach Journal, Volume 78, Issue 1, 81페이지 등록일 : 2011.06.27 I 조회수 : 78 작성자 : admin |
In the transient response of the calender roller system, the settling time is expected to be
short, the non-overshoot controller design needs to be reached, and good tracking property
achieved. In Part I [1], the regular proportional-integral-derivative (PID) controller was
designed to expedite the response of the calender roller system without steady-state error.
However, the overshoot still existed. In Part II [2], the shaping input scheme together with
the designed regular PID controller were employed to regulate the calender roller system
input, so as to generate system non-overshoot and shorten the settling time. In this paper,
the expert system (ES) method combined with the designed regular PID controller, as
designed in Part I [1], were used to design the calender roller system. It could be shown
that it not only effectively eliminated the steady state error, but also shortened the settling
time. The effectiveness of achieving settling time-optimal of the calender system from the
expert system could be shown from the computer simulation.
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