Professor Xunyu Zhou
¡@¡@Professor Zhou is an internationally renowned expert in stochastic control and applications. His fundamental contributions to stochastic control include establishing a relation between maximum principle and dynamic programming via the viscosity solution theory, and introducing and developing the indefinite stochastic LQ control theory. He is a winner of the 2003 SIAM Outstanding Paper Prize together with Professors David Yao and Shuzhong Zhang. Winners of this prize are selected among 10 SIAM specialized research journals in the four years prior to the award, all of which are top-notch journals. He is also a recipient of the first class award of the Science & Technology Progress Awards, Shanghai Municipality. He has published over 70 journal papers, 1 research monograph, and 2 edited books. The research monograph, entitled Stochastic Controls and published by Springer in 1999, is widely acclaimed as "a major reference", "an authoritative book", "an excellent and superb book" by major book reviews such as Mathematical Reviews and Zentralblatt. He is the principal investigator of 7 RGC grants, co-investigator of 3 RGC grants and 1 Industrial funding, and a total funding size close to 10 million dollars. He has been invited to give keynote speeches at a number of international conferences, and has given seminars at universities around the world. He was elected Fellow of Institute of Electrical and Electronic Engineers (IEEE) in 2005. ¡@¡@Professor Zhou has served on the editorial board of three top scholarly journals: Operations Research (1999-), Mathematical Finance (2001-), and IEEE Transactions on Automatic Control (1999-2003). He won the 2001 Meritorious Service Award of The Institute for Operations Research and the Management Sciences (INFORMS) for his outstanding service. He is a member of the Engineering Panel of RGC. ¡@¡@Recently Professor Zhou has turned his research attention to applications in finance and insurance, and has established a systematic theory on extending Markowitz's Nobel-prize-winning mean--variance portfolio selection model from single period to continuous time. His work in financial applications is highly commended by Dr. Kenneth Arrow and Dr. Harry Markowitz, both Nobel Laureates in Economics.
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