参 考 文 献
孙一康. 带钢冷连轧计算机控制.北京:冶金工业出版社,2002
张树堂.21世纪轧钢技术的发展.轧钢,2001,18(1):3~6
V.B.金兹伯格.高精度板带材轧制理论与实践.北京:冶金工业出版社,2000
华建新,王贞祥.全连续式冷连轧机过程控制.北京:冶金工业出版社,2000
唐谋凤.现代带钢冷连轧机的自动化.北京:冶金工业出版社,1995
张进之.AGC系统数学模型的探讨.钢铁,1979(2):8~13
陈振宇.热、冷连轧机AGC系统的仿真研究.冶金自动化,1980, 49(4):1~7
刘建昌,王贞祥:AGC系统控制模型与结构的研究.钢铁,1994,29(5):35~39
王君,王国栋.各种压力AGC模型的分析与评价.轧钢,2001,18(5):51~53
张浩.宝钢2030mm冷连轧机Ⅰ、Ⅱ机架AGC系统分析与仿真研究.冶金自动化,1989,13(3):10~12
曹鑫铭.液压伺服系统.北京:冶金工业出版社,1991
N Kitao,Y Morooka.Advanced gauge control system in cold tandem mills.Hitachi Review,1979,28(5):245~249
H.Katori,N Yoshitani,T Ueyama.Application of two degree of freedem control system to automatic gauge control.Procesedings of American Control Conference,1992:806~810
居兴华,赵厚信.宝钢2050热轧板带厚度控制系统的研究.钢铁,2000,35(1):60~62
张殿华,王君.东北大学国家重点实验室冷连轧机厚控系统.轧钢,1999(1): 24~27
H.Yamamoto,K Baba,A Ishihara.Cold rolling technologies for high accuracy on ney cold mill.Subject of lecture at the ATS steelmaking Conference,Paris:1992(3):923~929
张大志,李谋谓,孙一康.四机架冷连轧轧制力模型的研究与应用.轧钢,2000,17(3):15~17
Tezuka T,Yamashita T.Application of a new Automatic Gauge Control system for the tandem cold mill.Conference Record - IAS Annual Meeting,2001,2(4):955~960
Tezuka Tomoyuki,Yamashita Takashi.Application of a new automatic gauge con-trol system for the tandem cold mill.Power and Industrial Systems. IEEE Transactions on In~dustry Applications,2002,38(2):553~558
M Abikaram.先进的奥钢联冷轧自动化方案.钢铁,2000,35(10):43~47
朱义果,毛志忠.带材轧制中轧辊偏心控制问题综述.基础自动化,1998(3):1~4
Malanov A L.The decreased effect of eccentricity of back~up rolls on the thickness of a strip during cold rolling at reverse mills.Tyazheloe Mashinostroenie,1994(4):25~28
W J Edwards,P J Thomas.Roll eccentricity control for strip rolling mills:special case study paper.In Proc IFAC World Congr,1987(5):661~669
Kugi Andyeas,Haas Werner.Active compensation of roll eccentricity in rolling mi-lls.IEEE Transactions on Industry Applications,2000,36(2):625~632
Garcia Daniel,F Lopez.Multi processor~based equipment for real-time diagnosis of rolleccentricity influence in Finishing Hot Strip Mills. IEEE International Symposium on In-dustrial Electronics,1997,3:916~920
张家冰,韩文秀.四辊液压轧机P~AGC系统.重型机械,2003(4):4~7
王哲英,王君,王国栋. 轧制力滤波与辊缝补偿的新方法.材料与冶金学报,2002,1(2):142~145
Aistleitner K,Mattersdorfer L G.Neural network for identification in rolling eccen-tricity in rolling mills.Journal of Materials Processing Technology,1996,60(1):387~392
马宁,刘丁.随机逼近法对轧辊偏心信号的检测与控制.重型机械,1999(6):31~33
祝诗平.小波消噪消噪原理及其在轧辊偏心控制中的应用.农业机械学报,2000,31(4):15~18
Garcia,Daniel F.Novel real~time fuzzy~based diagnostic system of roll eccentricity influence in finishing hot strip mills.IEEE Transactions on Industry Applications,1998, 34(6):1342~1346
S G Choi,M A Johnson.Polynomail LQG control of back~up~roll eccentricity gauge variations in cold rolling mills.Automatica,1994,30(6):975~992
赵嘉蓉,杨节.消除轧辊偏心引起的轧制力波动的滤波器.武汉科技大学学报,1996,19(4):407~411
刘建昌,王贞祥.AGC系统中的轧辊偏心问题.冶金自动化,1994,18(1):17~20
刘淑贞,孙一康.一种有效的补偿偏心影响的液压式厚控系统.控制与决策,1991,(64):229~231
Liu Shuzhen,Wang Weiren,Sun Yikang.The application of digital signal process-ing in roll eccentricity control.International conference on information and systems,Hang-zhou,1991:9~11
Liu Shuzhen,Wang Weiren,Sun Yikang.Eccentricity control for a high -precision cold mill.Asia-Pacific Conference on Measurement and control.Guangzhou,1991:21~23
Francis B A,Wonham W M.The internal model principle of control theory.Auto- matic,1976,12:457~465
王常虹.一种重复控制系统的设计与实现.中国惯性技术学报,1987,5(4):14~17.
佘锦华.重复控制系统的非周期扰动的抑制.控制理论与应用,2001,18(9):18~22
张东纯.重复控制系统收敛速度分析.中国电机工程学报,2002,21(7):95~102
Sadegh N,Horowitz R.A unified approach to the design of adaptive and repetitive controllers for robotis manipulators.AS ME j.OF Dyn.Syst.Meas.and Contr,1990, 112(4):618~629
Omata T,Hara S.Nonlinear repetitive control with application to Trajctery control of manipulations.Journal of Robert systerms,1987,4(5):631~652
Hara S,Yamamoto Y.Repetitive control system:a new type servo systerm for per-iodic exogenous signals.IEEE Transactions on automatic control,1988,33:657~667
Crudule Marc,Kurfess Tomass R.Implementation of a fast tool servo with repetitive control for diamond turning.Mechatronics,2003,13(3):243~257
张东纯,曾鸣.基于重复控制的动态补偿器及其在恒速调节系统中的应用.中国电机工程学报,2001,21(7):95~102
Marc Crudele,Thomaas R Kurfess.Implementation of a fast tool sero with repetitive control for diamonal tuning.Mechatronics,2003,13:243~257
Hara S,Omata T.Synthesis of repetitive control systerms and its applica-tions.Proceedings of the 24 th Conference on Decision and control,1985:1387~1392
George Weiss,Martin Hafele.Repetitive control of MIMO system using H∞ design. Automatica,1999,35:1185~1199
Richard C,Lee Malcolm.Robustness and trade-offs in repetitive control.Automa-tica,1998, 34(7):889~896
Messner W C,Kempf C J.Zero placement for designing discrete~time repetitive controllers.Control Engineering Practice,1996,4(4):563~569
Shaw F~R and Srinivasan K.Discrete~time repetitive control systerm design using the regeneration spectrum.ASME Transactions,Journal of Dynanic systerms,Measurement and control,1993,115:228~237
Woo Sok,Chang IL Hong,TAF Won Kim.Analysis and design of two types of digit repetitive control systems.Automatica,1995,31(5):741~746
Tomizuka M,Tsao T C and Chaw K K.Analysis of discrete~time repetitive control-lers. ASME Transactions,Journal of Dynamic Systerms Measurement and Control, 1989,111:353~358
Garimella s s,Srinivasan K.Application of repetitive control to eccentricity com-pensation in rolling.Proceedings of the American Control Conference,Baltimore, Maryland,1994:2904~2908
Srinivasan K and Shaw F-R.Analysis znd design of Repetitve control systerms using the regeneration spectrum.ASME Journal of Dynamic systems,Measurement and Control,1991,113:216~222
Srinivansan K.Application of the regeneration sprctrum method to wheel regeneara-tive chatter in grinding.Proceedings of the 9th north American manufacturing research confe-rence, 1981:283~289
Shaw.Regeneration spectrum application to repetitive control of mutivarible sys-tems.Proceeding of ASME winter Anneal Meeting,Ysmposium on Adaptive and leaning control,1990,21:63~71
Jay H Lee,Seshatre Natrarajan,Kwang S Lee.A model based predictive control approach to repetitive controlof continuous process with periodic operations.Journal of Process Control,2001,11:195~207
De Carli A,L Eroole D.A advanced controller for repetitive operation.Proceeding of IPEC-Yokohama,1995:694~698
Rong-Fong Fang,Jeng-Sheng.Design and application of continueous repetitive controller for rotating mechanisims. International Journal of mechanical Science,2000, 2:1805~1819
Richard C,H.Lee,Malcolm C.Nonlinear control for robust rejection of periodic disturbances.Systems and Control Letters,2000,39:97~107
Tian Yuping,Yu Xinghu.Robust learning control for a class of nonlinear systems with periodic and aperiodic uncertainties.Automatic,2003,39(11):1957~1966
Marren Steinbush.Repetitive control for systems with uncertain periodtime.Auto-matic,2002,38:2103~2109
赵劲松,高葆新.插值处理与快速傅立叶变换相结合的时域和频域网络参数转换技术.电子学报,1996,24(16):127~128
季虎,夏胜平. 快速傅立叶变换算法概述.现代电子技术,2001(8):11~14
陈振宇.冷连轧机自动控制系统的数字模拟与分析.冶金自动化,1999,24:9~19
张进之.冷连轧稳态数学模型及影响系数.钢铁,1979,14(3):10~14
华建新.宝钢2030冷连轧机数学模型的自适应算法.冶金自动化,1990, 14(4): 21~23
H.Katori,N Yoshitani.Application of two degree of freedem control system to automatic gauge control.Procesedings of Ameerican Control Conference,1992:806~810
Dyia H,Markowski J.Asymmetry of the roll gap as a factor improving work of the hydraulic gauge control in the plate rolling mill.Journal of Materals Processing Technology, 2002,83(1):97~105
汪洋.基于建模误差估计Smith补偿器鲁棒稳定化自动整定算法.仪器仪表学报, 1998,19(2):140~146
田原,王琪辉.冷连轧机张力~厚度控制交互作用多变量模式.轧钢,2002, 19(2):15~18
W H Lee,J H Kwak.Computer simulation of dynamic characteristics of tandem cold rolling process.The ATS Steelmaking Conference,1992,Paris:16~17
童朝南,张宏伟.冶金生产过程计算机控制.北京:冶金工业出版社,1986
Doyele J C and Stein G.Multivariable feedback design:concepts for a classical modern synthsis.IEEE Transaction on Automatic control,1981:26:4~16
Kazuya Asano,Manfred Morari.Interaction measure of tension-thickness control in tandem cold rolling. Control Engineering practice, 1998( 6):1021~1027
I Hoshino,Y Meakawa.Observer based multivariable control of the aluminum cold tandem mill.Automatica,1994,24(6):741~754
王永初.解耦控制理论.四川:四川科学技术出版社,1985
张宏伟.多变量自适应解耦控制理论在单机架轧机系统中的应用:硕士学位论文.北京:北京科技大学,1988
王修岩,孙一康. 一种冷轧机FGC自适应解耦控制,控制与决策,2003,18(1):41~43
陈苏平,孙优贤.多变量过程的鲁棒解耦.自动化学报,1995,21(2):11~13
林瑞橤.多变量非线性系统的解耦和最优线性控制.控制与决策,1991,6(2):7~9
黄道平,朱学峰.一种预测优化解耦补偿器的研究设计.自动化学报,2000, 26(2):4~6
Z Suisan.Computed~based feedforward and constant volume flow system used on strip cold rolling mill.IEEE Region 10 Conference,Melbourne,Austrlia,1992:41~45
Ison E J and A Goldbery.Robust control of a general servomechanism Problem:the servocompensator.Automatic.1975,11:461~471
Inoue T,nakana M.High accuracy control of servomechanism for repeated contour-ing.Proc.of 10th Annual Symp.On incre mental motion control system and devices, 1981:285~292
D J Walker and I Postlewaite.Design of high bandwidth rotorcraft flight control system using discrete~time optimization.in Proc.IEEE Conf.Decision and Contr.,Brighton U.K,1991:23~30
E J M Gedddes,I Postlethwaite.Robust control of a tandem cold rolling mill using optimization.in Proc 1st int Conf.modeling of metal rolling Processes,London ,1993:389~404
E John,M Geddes.Improvement in product quality in tandem cold rolling using robust multivariable control.IEEE Trans.on Control System Technology,1998,6(2):212~218
Kazuya Asano and Manfred Morari.Interaction Measure of Interstand and Tension and Thickness Control in Tandem Cold rolling Based on the structured Singular Value.IFAC Automation in the Steel Industry,Kyongju,Korea,1997:348~353
Ian Postetwaite,John Geddes.Gauge control in tandem cold rolling mills:a multi-variable case study using optimization.IEEE Transaction on Automatic control, 1994,2(5):1151~1556
Hiroyuki Imanari.Looper control for hot strip mills.IEEE Proc~Control Throry Appl,1995,142(1):208~212
魏克新.MATLAB语言与自动控制系统设计.北京:机械工业出版社,1997
徐昕.MATLAB工具箱应用指南—控制工程篇.北京:电子工业出版社,2000
Richard C.H.Lee.Smith,Nonlinear control for robust rejection of periodic distur-bances.Systems and Control Letters,2000,Vol.39:97~107
孙增圻.智能控制理论与技术.北京:清华大学出版社,1997
Stein G ,Athans M.The LQG/LTR procedure for multivariable feedback control design.IEEE Transactions on Automatic control,1987,32(2):105~114
S J Williams and R A Hyde.A comparison of different methods in VSTOL fli-ght control system design.in Proc.Amer.Contr.conf.San Diego,CA,1990
Chang Yeong-Chan.Robust tracking control for nonlinear MIMO systems via fuzzy approaches.Automatic,2000,36(10):1535~1545
Wang H F.Interactions and multivariable design of multiple control functions of a unified power flow controller.International Journal of electric Power and Energy System, 2002,24(7):591~600