1.

M. Urbina (ongoing): Renewable Energy

2.

L. Wu (ongoing): Power System Communication and Control

3.

L. Abreu (ongoing): Renewable Energy

4.

J. Wang (ongoing): Market Auction Design

5.

J. Roh (ongoing): Power System Planning

6.

H. Daneshi (2006): Market Simulation in Electric Power Systems

7.

Y. Fu (2006): Security-constrained Operational Planning in Power Systems

8.

T. Li (2006): Competition and Risks in Power Markets

9.

B. Lu (2004): Security Constraint Unit Commitment with Flexible Operating Conditions

10.

Z. Li (2002): Asset Valuation and Risk Analysis in Electric Power Systems

11.

H. Yamin (2001): Pricing Ancillary Services in a Deregulated System

12.

M. Alomoush (1999): Auctionable Fixed Transmission Rights for Congestion Management

13.

E. Rezania (1998): Contingency Constrained Available Transfer Capability with Real and Reactive Power Limits using an Interior Point Method

14.

J. Kavicky (1997): Application of Parallel Path in Transmission Open Access

15.

M. Marwali (1997): Transmission and Generation Maintenance Scheduling with Different Time Scales

16.

H. Ma (1997): Applications of Decomposition Techniques to Unit Commitment with Transmission Flow and Voltage Constraints

17.

R. Ferrero (1997): Application of Game Theory with Incomplete Information to Deregulated Power Systems

18.

K. Abdul-Rahman (1994): Applications of Fuzzy Sets to Power Systems Operation and Planning

19.

C. Wang (1992): Fuzzy Artificial Intelligence Approach to Optimal Generation Scheduling of Large-Scale Hydro-Thermal Power Systems with Uncertain Data

20.

C. Nwankpa (1990): Stochastic Models for Power System Dynamic Stability Analysis

21.

Z. Ouyang (1990): Application of Artificial Intelligence Techniques to Short Term Electric Power Generation Scheduling

22.

N. Deeb (1989): Decomposition Approach to Optimal Reactive Power Dispatch in Large Scale Power Systems

23.

S. Tong (1989): Generation Scheduling in Large Scale Hydro Thermal Power Systems with Fuel Constrained Units

24.

N. Abbasy (1988): Optimal Set of Measurements for Estimation of System States

25.

S. Shah (1988): Expert Systems Application to Power Network Security Analysis

26.

J. Qiu (1987): Effect of Random Perturbations on Power Systems Reliability Evaluation

27.

X. Shu (1986, with Professor Semyon Meerkov): Vibrational Control in Lumped and Distributed Parameter Systems: Theory and Applications

28.

J. Banda (1985): Evaluation of Surge Protection in Underground Distribution Systems Using Zinc Oxide Surge Arresters

1.

Mr. Osman Tor, Middle East Technical University, (2004-2005), Restructuring Models for Turkey

2.

Dr. H. Kim, Pusan University, Korea, (2004-2006): Platform for the Simultaneous Auction of Energy and Transmission Systems

3.

Dr. Z. Li, GEMS Corporation, (2002-2003): Probabilistic Transmission Risk Analysis

4.

Dr. Y. Wang, Tianjin University, PRC, (1999-2003): Distributed Energy Management Systems

5.

Dr. H. Shanechi, Ferdowsi University, Iran, (2001): Distributed Generation Technologies

6.

Dr. M. Alomoush, University of Jordan, (1999-2000): A Comprehensive Approach for the Supervisory Control of a Deregulated Power System

7.

Dr. M. Marwali, Agency for the Assessment and Application of Technology, Indonesia, (1998): Reliability-Centered Maintenance Scheduling in Deregulated Power Systems

8.

Dr. X. Wang, Electrical and Computer Engineering Department, Harbin Institute of Technology, PRC (1995-1996): Power Systems Voltage Stability

9.

Dr. R. Ferrero, Electrical Engineering Department, University of San Juan, Argentina (1994-1996): Game Theory and Applications to Power Systems

10.

Prof. S. Zhu, Electrical and Computer Engineering, Tsinghua University, PRC (1994-1995): Power Plants Control and Operation

11.

Dr. X. Bai, Electric Power Research Institute, Beijing, PRC (1994-1995): Regional Power Transfer and Hydro-thermal Power Systems Deregulation

12.

Dr. K. Abdul-Rahman, Siemens Corporation (1993-1994): Optimal Generation Scheduling by Augmented Relaxation Method

13.

Dr. I. Roytelman, Kiev Research and Design Institute, Kiev, USSR (1992-1993): Power Distribution Automation Techniques

14.

Prof. M. Pourkermani, Electrical Engineering Department, Technical University of Stuttgart, Germany (1991-1992): Special Purpose Synchronous Machines

15.

Dr. S. Li, Research Institute of Electric Light Source Material, Nanjing, PRC (1990-1991): Objected Oriented Graphics in Power Systems

16.

Prof. S. Sun, Electrical Engineering Department, Tsinghua University, PRC (1986-1989): Power Systems Planning Techniques in China

1.

A. Khan (2006): Wind Speed Forecasting using Wavelets

2.

V. Ellia (2005): Agents in Electric Power System Operation

3.

D. Patil (2005): Design of Batteries for Electric Cars

4.

J. Bui (2005): Hydrogen Economy

5.

M. Phadke (2004): Equivalent Energy Function Approach to Photovoltaic-Utility Systems

6.

A. Koshi (2004): Superconductors in Electric Power Systems

7.

N. Sriram (2004): Biomass in Electric Power Systems

8.

A. Joseph (2004): Battery and Storage in Electric Power Systems

9.

S. Kullanthasamy (2004): Asset Management in Power Systems

10.

S. Sood, (2004): Power Generation at Brownfields

11.

S. Sheth (2004): Geothermal Energy in Power Systems

12.

R. Pegallapati (2004): Small Hydro as Green Power

13.

P. Ganesan (2003): Transmission Management in Restructured Power Systems

14.

G. Ponnuvel (2003): Impact of Losses on Transmission Pricing

15.

A. Eybalin (2002): Restructuring Models for European Countries

16.

M. Albaijat (1999): Optimal Power Flow Calculation with Evolutionary Programming

17.

N. Maricar (1998): An Object Oriented Programming Approach to Power System Visualization

18.

D. Mardijino (1998): Application of Artificial Neural Networks to Short-Term Load Forecasting

19.

M. Marwali (1994): Fuzzy Least Median Square Estimator in Power Systems

20.

M. Yesioglo (1993): Adaptive Control of Nonlinear Dynamical Systems by Artificial Neural Networks

21.

K. Labudda (1992): Fuzzy Linear Programming Approach to Power System State Estimation

22.

J. Qiu (1985): A New Approach to Power Loss Minimization