Partial State Feedback $H_{\infty}$ Control of Two-Mass System

2관성계의 부분적인 상태궤환을 갖는 $H_{\infty}$제어

  • Han, Yoon-Seok (Dept.of Electric Engineering, Graduate School of Inha University) ;
  • Kim, Young-Seok (Scool of Electrical and Computer Engineering, Inha University)
  • 한윤석 (인하대 대학원 전기공학과) ;
  • 김영석 (인하대 전자전기컴퓨터공학부)
  • Published : 1999.10.01

Abstract

In the industrial motor drive system which is composed of a motor and load connected with a flexible shaft, a torsional vibration is often generated because of the elastic elements in torque transmission. This vibration, which is generated in a two-mass mechanical system. To solve this problem, recently there has been a lot of researches for the robust control relevant to the $H_{\infty}$ control suppressing the torsional vibration and rejecting the torque disturbance. In the case of the $H_{\infty}$controller, however, the command tracking property becomes worse because of overshoot during transient response. For this reason the $H_{\infty}$ controller, which includes the two-degrees-of-freedom(TDOF) controller, is designed in order to improve command tracking property. However, it also includes complexity realizing this controller. In this paper, a new $H_{\infty}$ controller with partial state feedback is proposed. Proposed $H_{\infty}$controller has simple structure but satisfies with the fast command tracking property and the attenuation of disturbances and vibrations simultaneously, just like the complicated TDOF $H_{\infty}$ controller.

Keywords

References

  1. 日本電氣學會 硏究會資料, SPC-93-38 最小次元外亂トルクオブザ-バに基づく多慣性機械系の振動抑制制御 海田英俊(外1人)
  2. 日本電氣學會論文誌 v.113-D no.13 共振比制御による2慣性共振系の振動抑制制御 結城和明(外2人)
  3. 日本電氣學會 産業應用部門全國大會 共振比制御に基づく軸ねじり振動抑制制御と制御ゲインの設計法 龜山浩幸(外3人)
  4. 日本電氣學會 産業應用部門全國大會 2慣性共振系の狀態フィドバックによる振動抑制制御とパラメ-タ變動を考慮した制御特性 杉林道彦(外2人)
  5. IEEE IECON v.3 The Vibration Suppression Control of the Two-Mass Resonant System using the H∞ Filter Jin-soo Kim(et al.)
  6. 日本電氣學會論文誌 v.113-D no.3 H∞制御理論に基づく電動機の制振制御 大內茂人(外2人)
  7. IEEE IECON Application of H∞ Control to Motor Speed Control System Akihiko Tanisaka(et al.)
  8. 日本電氣學會論文誌 v.116-D no.1 H∞制御理論を用いた共振機械系の2自由度速度制御 森本茂雄(外1人)