Address: 99 Shangda Road, Shanghai 200444, P. R. China

He graduated Department of Mathematics of Jiangxi University, and now is a professor of Shanghai University.

Stochastic Models, Bioinformatics, Complex Networks

He develops the “Theory and Method of Density Evolution”, proves the state transition frequency formula, and introduces the distribution with Infinite phase type.

The Method of Density Evaluation in Stochastic Models , The Second Award of Science and Technology Progress Prize sponsored by Shanghai Municipal Government, 2003

The Method of Density Evaluation and Its Applications , The Second Award of Natural Science sponsored by the Ministry of Education of China, 2001

Fault Tree Analysis--Methods and Theory , The Third Awards of Science and Technology Progress Prize sponsored by State Education Commission of China, 1995

Analysis of System Reliability and Algorithm Research , The Third Awards of Science and Technology Progress Prize sponsored by State Education Commission of China, 1991

ReliabilityResearch of Components, The Second Award of Science and Technology Progress Prize sponsored by Shanghai Municipal Government, 1990

Member of Operations Research Society of China

(Vice Chairman, Reliability Subsociety, 1981 ¾ )

(Vice Chairman, Queueing Theory Commission, 1993 ¾ )

The project of National Natural Science Foundation of China “Theory and Method of Density Evolution” (Grant No. 70171059)

The 863 project “Information Analysis of Functional Genome” (Grant No. 2002AA234021)

Finite Mathematics

Applied Stochastic Processes

Advanced Operations Research

He is a supervisor of over 20 masters and 10 Ph. D..

The Method of Density Evaluation in Stochastic Models , Science Press, Beijing, 1999

The modeling of scale-free networks, Physica A, Vol. 335,(2004), 240-248

Bioinformatics—A core science in the 21 st century, ZIRAN ZAZHI, 3(2000), 177-180

The theory of density evolution in systems science, Shanghai Sci. & Techn. Edu. Publishing House , 2000, 49-61

Revisiting the state transition frequency formula, Ann. of OR, 87(1999), 357-360

Busy period in GI X/G/infinite, J. Appl. Prob., 1996, 815-829

Availability analysis of a two-unit series system with a priority shut-off rule, Naval Res. Log., 1996, 1009-1024