Yaonan YU, Electric Power System Dynamics, New York,
Academic Press, 1983.
F.R.SCHLEIF, G.E.MARTIN, R.R.ANGELL, “Damping of
System Oscillations with Hydro-generator Unit,” IEEE Trans.
on Power Apparatus and System, 438-442, April, 1967.
Yushan HAO, Haifeng WANG, Zhenxiang HAN, et al,
“Study of Governor Power System Stabilizer, part I: Analysis
of Practicability,” Automation of Electric Power System, Vol:16,
No:5, pp. 36-40, 1992.
J.V. MILANOVIC, “Damping of the Low-Frequency Oscillations
of the Generator: Dynamic Interactions and the Effectiveness
of the Controllers,” Proceedings of IEE Generation,
Transmission and Distribution, Vol.:149, No:6, pp. 753-760,
2002.
Qing DONG, Shu GAO, Hai BAO, “Decentralized Robust
Governor Additional Control for Improving Stability of Turbo-
generator,” Proceedings of the IEEE Power Engineering
Society Transmission and Distribution Conference(2001), pp.
968-972, Summer, 2001.
C.S.CHANG, H.B.QUEK, J.B.X.DEVOTTA, “Power System
Excitation Control Using Master-slave Fuzzy Power System
Stabilizers,” Fuzzy Sets and Systems, Vol:102, pp.85-94,
1999.
A.DEMIROREN, E.YESIL, “Automatic Generation Control
with Fuzzy Logic Controllers in the Power System Including
SMES Units,” International Journal of Electrical Power and
Energy Systems, Vol:26, pp.291-305, 2004.
Mahmoud MOHAMED, Dutton KEN, Denman MALCOLM,
“Design of a Fuzzy Logic Hydraulic Turbine Governor,”
Control and Intelligent Systems, Vol:32, No:3, pp.129-137,
2004.
Sung-Kwun OH, Seok-Beom RHO, Hyun-Ki KIM, “Fuzzy
Controller Design by means of Genetic Optimization and
NFN-based Estimation Technique,” International Journal of
Control, Automation and Systems, Vol:2, No:3, pp.362-373,
September, 2004.
Ragaey A.F.SALEH, Hugh R.BOLTON, “Genetic Algorithm-
Aided Design of a Fuzzy Logic Stabilizer for a Super
Conducting Generator,” IEEE Trans. on Power Systems,
Vol:15, No:4, pp.1329-1335, 2000.
Husam SHAHEEN, Jia MA, Shijie CHENG, “Genetic Algorithm
based Short-Term Scheduling of Reactive Power Controllers,”
Istanbul University-Journal of Electrical
&Electronics Engineering, Vol:5, No:2, pp.1419-1426, 2005.
Biographies
Wang Ming-dong received the M.S. degree in electrical
engineering from Zhengzhou University, Zhengzhou,
China in 2003 and is currently pursuing the Ph.D degree
at Harbin Institute of Technology, Harbin, China. He is
also currently a lecturer at Zhengzhou University. His
research interest is the application of intellectual control
theory in power system. Contact him at the School of
Electrical Engineering, Zhengzhou University, Wenhua
Road 97, Zhengzhou; postcode: 450002,
email: d894@163.com
Liu Xian-lin received the M.S. and Ph.D degrees in
electrical engineering from Tsinghua University, Beijing,
China, and Harbin Institute of Technology, Harbin,
China, respectively. He is currently a professor at
Zhengzhou University and his major areas of interest
are automatic control, power system analysis and control,
etc.
Yu Ji-lai received his B.S. and M.S. degrees from Harbin
Institute of Technology, Harbin, China, and Ph.D
degree from North-China Electric Power University. He
is currently a professor and a Ph.D student’s supervisor
at HIT. His research interests are power system analysis
and control.
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