Name : GAO Xiaoqiang Department : Department of Information Management Title : Professor Degree : Ph.D. Phone : 86-23-65106381 Email :xqgao@cqu.edu.cn

Positions

Professor, Economics and Business Administration, Chongqing University, 04/2003-present

Education

Ph.D. 1993-1998, Metallurgical Engineering, Chongqing University, Chongqing, China Metallurgical Engineering

M.S. 1985-1988, Metallurgical Engineering, University of Science and Technology Beijing, Beijing, China

B.S. 1978-1982, Metallurgical Engineering, Kunming University of Science and Technology, Kunming, China

Research Interests

Simulating and forecasting for complex system

Papers

· Jianyu Long, Zhong Zheng, Xiaoqiang Gao, Panos M. Pardalos. A hybrid multi-objective evolutionary algorithm based on NSGA-II for practical scheduling with release times in steel plants. Journal of the Operational Research Society，2016, to be published

· GAO Xiaoqiang, ZHAO Xing. The Power-law Relation between h-Index and Sum of the Times Cited. Journal of the China Society for Scientific and Technical Information, 2010(3): 506-510.

· GAO Xiaoqiang, ZHAO Xing, TAO Naihang. Validity of Journals Citation Evaluation with Centrality Indexes of Networks. Journal of Academic Libraries, 2009(5): 61-65.

· ZHENG Zhong, ZHU Daofei, GAO Xiaoqiang. Parallel backward inferring algorithm for production planning of mixed-mode processes. Computer Integrated Manufacturing Systems, 2008(04): 749-756.

· ZHENG Zhong, XU Le, GAO Xiaoqiang. Simulation model of crane scheduling in workshop based on cellular automata. Systems Engineering-Theory & Practice, 2008(02): 137-142.

· GAO Xiaoqiang,WANG Yiming. Evaluation and Model Selection of Forecasting Silicon Content in Hot Metal of Blast Furnace. Journal of Iron and Steel Research, 2007(05): 5-9, 19.

· XIE Lingjie, GAO Xiaoqiang, et al. Pattern Classification of Model for Predicting Silicon Content in Hot Metal Based on Self-Organized Experience Evolution. Journal of Iron and Steel Research, 2004(04): 68-71.

· ZHAO Chunze, GAO Xiaoqiang, et al. Design for Self-organized Prediction System Based on Experience Evolution. Computer Engineering, 2003(18): 67-68+79.

· ZHANG Kun, GAO Xiaoqiang, et al. Design of Simulation System for Logistics in Steel-making Process. Journal of Chongqing University(Natural Science Edition) , 2003(12): 43-47.

· Z.Zheng, X.Gao and W.Shi. Fractal Phenomena in the Structure of Metallurgical Porous Media. Iron and Steel.1999, 34(10): 1-3, 31

· X.Gao, A.You and Z.Zheng. A Multi-material Lattice Gas Automata Model for Diffusion and Chemical Reaction. Engineering Chemistry & Metallurgy. 2000, 21(3):263-267

· X.Gao, Z.Zheng. A LGA Model with One Velocity and Multi-energy Level Particle. Chinese Science Abstracts. 1999, 5(12):1507-1509

· Z.Zheng, X.Gao and W.Shi. Fractal Phenomena in the Structure of Metallurgical Porous Media. Iron and Steel.1999, 34(10): 1-3, 31

· X.Gao and Z.Zheng. Self-Organized Prediction Model Based on Experience Evolution. Proceeding of the Conference on Intelligent Automation of China, Oct. 13-16, 1999, Chongqing, China. Beijing:Tsinghua University Press. 1145-1150

· X.Gao, Z.Zheng and C.Xu. Application of ART2 Neural Networks to Pattern Recognition of Blast Furnace Condition, The Chinese Journal of Nonferrous Metals, 1997,7(suppl.1),117-120

· X.Gao, Z.Zheng and Q.Huang. Dynamical Prediction for Silicon and Sulfur Contents of Hot Metal Tapped from Blast Furnace. Iron and Steel,1995, 30(4),10-13

· X.Gao, Z.Zheng. Application of Chaotic Dynamics on Dynamical Process of Blast Furnace, Proceedings of '94 Symp. on Metallurgy for Chinese Young Scientist, May 1994, Kunming, China, 146-149

Patents

Zheng Zhong, Long Jianyu, Gao, Xiaoqiang, Hu Wanzhe, Gong Yongmin, A Method and System Based on genetic algorithm for steel-making and continuous casting scheduling. 2015, ZL201310684203.2, China

Grants and Awards

· Development of the prototype of self-organization simulation system for the flow of materials in Steel-making process, Sponsored by Panzhihua I&S Co. 2002-2003 (RMB$ 360,000K approved)

· Self-organization and dynamical simulating method for manufacturing process for iron and steel based on cellular automata, the project by National Natural Science Foundation of China, 2002-2004 (RMB $150,000)

· Implement technique of self-organization simulation, the project of Science Foundation of Chongqing City, 2001-2002 (RMB$ 50,000)

· Self-organized evolutionary predicting for metallurgical dynamic process, the project of National Natural Science Foundation of China, 2000-2002 (RMB $120,000)

· Parallel algorithm for intelligent data analysis for multidimensional data, the project of National High Performance Computing Foundation of China, 2000-2002 (RMB$ 50,000 CPU time)

· Intelligent decision support system for production planning of steel-making plant, Sponsored by Panzhihua I&S Co. 2000-2001 (RMB$ 150,000K)

· Decision support system for materials cost management of process industry, Sponsored by Tianjin Iron Plant, 1999-2000 (RMB$ 210,000)

· Parallel algorithm in cellular automata model for mass and heat transfer in nonhomogeneous metallurgical reactive system, the project of National High Performance Computing Foundation of China, 1998-1999 (RMB $30,000 CPU time)

· Intelligent control system for blast furnace, Sponsored by Tianjin Iron Plant, 1997-1999 (RMB$ 190,000)

· Cellular automata model for mass and heat transfer in non-homogeneous metallurgical reactive system, Project of National Natural Science Foundation of China,1997-1999 (RMB$ 60,000)

· Multi-resolution analysis on phase space and its application on dynamical pattern recognition of complex metallurgical process, Project of National Natural Science Foundation of China, 1996-1998 (RMB$ 80,000)

· Prediction of furnace condition of blast furnace based on chaotic dynamics, Project of Science and Technology Foundation of the Ministry of Metallurgical Industry of China ,1995-1996 (RMB$ 50,000)

· Dynamical characteristic and furnace condition precursor of blast furnace process, Project of National Natural Science Foundation of China, 1993-1994 (RMB$ 35,000)

· Cellular automata model for gas flow through packed bed, the project of Science Foundation for Young Scholar of Chongqing University, 1992 (RMB$ 3,500)

· Time series analysis and prediction for metallurgical dynamic process, the project of Science Foundation for Young Scholar of Chongqing University, 1991-1992 (RMB$ 4,000)

Teaching (2011-2016)

MA Program:

Competitive Intelligence Theory，2 terms, 64 teaching hours

Competitive Intelligence Theory and Method，2 terms, 64 teaching hours

Competitive Intelligence Theory and Practice，1 terms, 32 teaching hours

MBA Program:

Innovative Thinking，1 terms, 16 teaching hours

BA Program:

Introduction to Information Management，3 terms, 160 teaching hours

Competitive intelligence，3 terms, 96 teaching hours

Information communication，3 terms, 96 teaching hours

Information management professional comprehensive experiment，1 terms, 24 teaching hours

Information Collection，3 terms, 104 teaching hours

Innovative Thinking，7 terms, 224 teaching hours

Information Management，3 terms, 96 teaching hours

Introduction to Information Management，1 terms, 32 teaching hours

Practice

· Programmer, 1994

· Assistant Engineer, 1983

· Engineer Internship, Capital Iron and Steel, 10/1982-04/1983