Conference Program of WCICA 2012
Conference Program of WCICA 2012
Conference Program of WCICA 2012
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<strong>Conference</strong> <strong>Program</strong> <strong>WCICA</strong> <strong>2012</strong><br />
Yan, Jiangang<br />
Institution department <strong>of</strong> command engineering<br />
502unit,NAEI<br />
◁ PFrC-78<br />
Study <strong>of</strong> An Improved Algorithm for Arterial Traffic Coordinated Control<br />
Considering The Effect <strong>of</strong> Turning-Traffic Flow, pp.2421–2425<br />
Liu, Shijie<br />
LIU, Xiao-He<br />
Liu, Jiuming<br />
Xie, Qiuyan<br />
Xu, Jian-min<br />
South China Univ. <strong>of</strong> Tech.<br />
First Aviation College <strong>of</strong> the Air Force in Xinyang,<br />
Henan Province<br />
South China Univ. <strong>of</strong> Tech.<br />
South China Univ. <strong>of</strong> Tech.<br />
South China Univ. <strong>of</strong> Tech.<br />
◁ PFrC-79<br />
Hybrid Load Forecasting Method Based on Fuzzy Support Vector Machine<br />
and Linear Extrapolation, pp.2431–2435<br />
Jiang, Xin<br />
Liu, Xiaohua<br />
Gao, Rong<br />
Ludong Univ.<br />
Ludong Univ.<br />
ludong Univ.<br />
◁ PFrC-80<br />
Study on On-ramp Control Strategy <strong>of</strong> Urban Freeway Based on Fuzzy<br />
Control, pp.2512–2516<br />
Wang, Shiming<br />
Xu, Jianmin<br />
Luo, Qiang<br />
South China Univ. <strong>of</strong> Tech.<br />
South China Univ. <strong>of</strong> Tech.<br />
South China Univ. <strong>of</strong> Tech.<br />
◁ PFrC-81<br />
The Solution <strong>of</strong> The Fuzzy Volterra Integral Equations <strong>of</strong> The Second<br />
Kind, pp.2556–2561<br />
Gong, Huarong<br />
Yantai Engineering Tech. College<br />
◁ PFrC-82<br />
Intelligence Fusion Based Control Strategy <strong>of</strong> Purifying System for<br />
Drinking Source Water, pp.2592–2596<br />
Wang, Jing<br />
Bi, Jianchao<br />
Chongqing College <strong>of</strong> Electronic Engineering<br />
Chongqing Univ.<br />
◁ PFrC-83<br />
Sliding Mode Control based on Particle Filter for Position Tracking System,<br />
pp.2597–2600<br />
DAI, Wen-zhan<br />
HE, Li Ming<br />
Yang, Aiping<br />
zhejiang Sci-Tech Univ.<br />
Zhejiang Sci-Tech Univ.<br />
Zhejiang Univ. <strong>of</strong> Finance & Economics<br />
◁ PFrC-84<br />
The aircraft flutter model parametric identification based on frequency<br />
domain global optimization algorithm, pp.2611–2617<br />
Yao, Jie<br />
jingdezhen ceramic insitute<br />
◁ PFrC-85<br />
PID Controller Parameters Optimization for the Main Steam Temperature<br />
System Based on Immune Algorithm-Particle Swarm Optimization,<br />
pp.2618–2623<br />
Yuan, GuiLi<br />
Zhu, Lei<br />
North China Electric Power Univ.<br />
North China Electric Power Univ.<br />
◁ PFrC-86<br />
Research on sampling period <strong>of</strong> discrete variable structure controller<br />
Based on the Two-wheeled self-balanced Vehicle, pp.2653–2656<br />
Meng, Xiang-zhong<br />
Liu, Xin-wen<br />
Li, Jing<br />
Air Defence Forces Acad.<br />
Air Defence Forces Acad.<br />
Zhengzhou Lighting Management Bureau<br />
Li, Da-yu<br />
SU, Yongzhen<br />
Air Defence Forces Acad.<br />
air defense Acad.<br />
◁ PFrC-87<br />
One Nearspace Hypersonic Aircraft Dynamic Surface Adative Backstepping<br />
Control Design Based on Nonlinear Neumatic/ Thrust Vectoring<br />
Composite Control, pp.2669–2673<br />
Dai, Shaowu department <strong>of</strong> automatic control engineering<br />
301unit,NAEI<br />
Chen, Jie<br />
Song, Chao<br />
department <strong>of</strong> automatic control engineering<br />
301unit,NAEI<br />
School <strong>of</strong> Automation Sci. & Electrical Engineering,<br />
Beijing Univ. <strong>of</strong> Aeronautics & Astronautics,<br />
◁ PFrC-88<br />
The Control Theory <strong>of</strong> Permanent Magnet Synchronous Motor Based<br />
on Anti-windup Control, pp.2801–2805<br />
Ma, Jingcong<br />
Zheng, Yang<br />
Dalian Maritime Univ., China<br />
Beijing Univ. <strong>of</strong> Tech.<br />
◁ PFrC-89<br />
Two-Degree-<strong>of</strong>-Freedom Control Scheme for Cascade Control Systems,<br />
pp.2812–2816<br />
Zhang, Jinggang<br />
Zhao, Zhicheng<br />
Taiyuan Univ. <strong>of</strong> Sci. & Tech.<br />
taiyuan Univ. <strong>of</strong> Sci. & Tech.<br />
◁ PFrC-90<br />
Research on the controller <strong>of</strong> Two-wheeled self-balanced Vehicle<br />
Based on the sensitivity analysis, pp.2833–2837<br />
Meng, Xiang-zhong<br />
Li, Yanzhao<br />
Liu, Xin-wen<br />
Xie, FangMing<br />
Wang, Qiang<br />
Air Defence Forces Acad.<br />
China Nuclear Power Engineering<br />
Co.,Ltd.,Zhengzhou Branch<br />
Air Defence Forces Acad.<br />
Air Defense Forces Acad.<br />
Air Defense Forces Acad.<br />
◁ PFrC-91<br />
Modified Backstepping Control for Time-Delay System <strong>of</strong> SVC ,<br />
pp.2861–2864<br />
Zhang, Rui<br />
Sun, Li-Ying<br />
Zhang, Bo-Qi<br />
Liaoning Univ. <strong>of</strong> Tech.<br />
Liaoning Univ. <strong>of</strong> Tech.<br />
Liaoning Univ. <strong>of</strong> Tech.<br />
◁ PFrC-92<br />
Recursive identification <strong>of</strong> parameters in the minimum variance control,<br />
pp.2870–2877<br />
Yao, Jie<br />
jingdezhen ceramic insitute<br />
◁ PFrC-93<br />
The Predictive Control for Nonlinear systems Based on Dynamic Approximate<br />
Hammerstein model, pp.2887–2890<br />
Hu, Zhiqiang<br />
Heilongjiang Univ.<br />
◁ PFrC-94<br />
Fault Diagnosis <strong>of</strong> Underwater Vehicle with Neural Network, pp.2931–<br />
2934<br />
WANG, Jianguo<br />
China Ship Development & Design Center<br />
◁ PFrC-95<br />
Design <strong>of</strong> FDI system for the nonlinear Control System, pp.2935–2938<br />
Zhou, Jing<br />
Zhu, Xun<br />
Jianghan Univ.<br />
jianghan Univ.<br />
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