1002-0411
1995 Issue 2
lian xu jiao ban fu shi sheng hua fan ying qi de fei mo xing kong zhi ce lue
HUZexin（East China University of Science and Technology;Shanghai）Abetract A new model-free control （MFC ） is proposed for the single-input and multi－output system. MFC consists of linear control strategy and nonlinear control strategy with control v
HUZexin（East China University of Science and Technology;Shanghai）Abetract A new model-free control （MFC ） is proposed for the single-input and multi－output system. MFC consists of linear control strategy and nonlinear control strategy with control v
..............page:78-84
shen jing yu ce he mo hu tui li zai cui hua zhong zheng you hua kong zhi zhong de ying yong
LUJin;XU Wenli;HAN Zengin（Department of Automation tsinghua University;Beijing;100084、China）Abetract Some process plants are complex and nonlinear，whose control depends on man’s Intelligentexperience. And this control can hardly be performed by tr
LUJin;XU Wenli;HAN Zengin（Department of Automation tsinghua University;Beijing;100084、China）Abetract Some process plants are complex and nonlinear，whose control depends on man’s Intelligentexperience. And this control can hardly be performed by tr
..............page:71-77
dian hu lu ye lian guo cheng ji san kong zhi xi tong de yan zhi
GAO Wenzhong;GUShusheng;CHEN Xiaojun（Dept of automatic Control;Northeastern Univ;Shenyang）
GAO Wenzhong;GUShusheng;CHEN Xiaojun（Dept of automatic Control;Northeastern Univ;Shenyang）
..............page:113-116
yi zhong quan ju wen ding de zhi jie yu ce zi shi ying kong zhi qi
MAO Zhizhong（Dept of Automatic Control;Northeast University;Shenyang）Abetract In this paper，a predictive control algorithm based on multistep receding horizon scheme is proposed．Under the assumption that the first L coefficients of a process impu
MAO Zhizhong（Dept of Automatic Control;Northeast University;Shenyang）Abetract In this paper，a predictive control algorithm based on multistep receding horizon scheme is proposed．Under the assumption that the first L coefficients of a process impu
..............page:95-100
yi lei bing xing hu chi zhi zao xi tong de si suo bi mian kong zhi
YUAN Zhonghu;XU Xinhe（Department of Automatic Control．Northeastern University）
YUAN Zhonghu;XU Xinhe（Department of Automatic Control．Northeastern University）
..............page:85-89
shi xu tui li de xian zhuang
OI jigUang;WANG ZhengfaNg;ZHENG Shiyu;XIAO Xiangdong（Shenyang Institute of Automation;Chinese Acadcmy of Sciences）
OI jigUang;WANG ZhengfaNg;ZHENG Shiyu;XIAO Xiangdong（Shenyang Institute of Automation;Chinese Acadcmy of Sciences）
..............page:101-112
shui ni pei liao guo cheng jian mo yu zi xiao zheng kong zhi
ZHANGChenghui;ZENGYi;LIXilin（Department of Autonation Engincering Shandong Polytechnic University Jinan;Shandong Province）
ZHANGChenghui;ZENGYi;LIXilin（Department of Autonation Engincering Shandong Polytechnic University Jinan;Shandong Province）
..............page:122-128
dian jia re fan ying qi wen du de duo bian liang guang yi kai huan jie zuo kong zhi
LI Ping;WANG Shuqing;WANG Jicheng（Institute of Industrial Process Control;Zhejiang University;Hang zhou）ZHUANG Xingjia（Research Centre of Automatic Control. FushanPetroleum Institute;Fushun）
LI Ping;WANG Shuqing;WANG Jicheng（Institute of Industrial Process Control;Zhejiang University;Hang zhou）ZHUANG Xingjia（Research Centre of Automatic Control. FushanPetroleum Institute;Fushun）
..............page:90-94
ji yu shen jing wang luo de jian chuan lei da mu biao shi bie
HUANG Guojian;WANG Jianhua;LU Guoqiang（Department of Automation;East China Shipbuilding Ins）
HUANG Guojian;WANG Jianhua;LU Guoqiang（Department of Automation;East China Shipbuilding Ins）
..............page:117-121
xiang si zu he fei xian xing xi tong de shu chu gen zong
JIANG Bin；LIU Xiaoping；ZHANG Siying(Department of Autowatic Control，Northeastern University;Shenyang）
JIANG Bin；LIU Xiaoping；ZHANG Siying(Department of Autowatic Control，Northeastern University;Shenyang）
..............page:65-70