Current location - Training Enrollment Network - Mathematics courses - Liu Xinbao's Main Scientific Research Projects
Liu Xinbao's Main Scientific Research Projects
Research on continuous multi-cycle intelligent optimal blanking problem based on mechanical manufacturing industry and its system realization (moderator, completed)

National Natural Science Foundation Project:

Research on multi-objective production scheduling problem of discrete manufacturing enterprises in supply chain environment (presided over, under study)

Research on Theory and Method of Group Decision-making (key project of National Natural Science Foundation, ranked second, completed)

Research on the Dynamic System of State-owned Assets Flow and Value-added of Listed Companies (ranked second, completed)

Research on comprehensive decision support system based on knowledge discovery (main participant, completed)

Research on coordination and quantity discount of uncertain supply chain (ranked second, end)

Discussion on group decision-making mechanism in VMI (Chairman, completed)

Research on Group Aggregation Mode and Method under Vendor Managed Inventory (Custody and Completion) Multi-warehouse and Multi-variety Storage Model in Supply Chain and Its Application (Custody and Completion)

Research on group decision-making method based on rough set (main participant, completed problem) Research on qualitative system theory and method in decision support system (presiding, completed problem)

Research on VMI mode based on group decision (presiding, concluding) Research on decision-making mode and decision-making system of production system of Maanshan Iron and Steel Co., Ltd. (presiding, concluding)

Research on R&D performance evaluation and R&D personnel incentive mechanism of Jianghuai Automobile Co., Ltd. (presided over, completed)

Research on Production Decision Support System of Hefei Changqing Machinery Co., Ltd. (presided over, completed)

Jiangsu Changfa Aluminum Co., Ltd. was invited to participate in the 15 Mini-EURO meeting held in Portugal in September 2004, and published an academic paper entitled "Consistency of weighted geometric average interval number judgment matrix in AHP".

Some academic papers and works published recently:

Liu Xiaobo, Zhou Min, Yang Jianbo, Shaolin Yang. Project d of automobile manufacturer based on evidential reasoning method. International Journal of Computational Intelligent Systems, 2008 1( 1): 24-49

[2] Shaolin Yang, Liu Xinbo, Fang Yuying. The satisfactory consistency of the weighted geometric average interval number judgment matrix in AHP.

[3] Liu Xinbao. Discussion on establishing comprehensive performance evaluation system of listed companies. Value engineering and design. Technological innovation (1999 international conference proceedings),1999: 214-218.

[4] Shaolin Yang, Liu Xiaobing. Discussion on qualitative problems in decision support system. Proceedings of the International Conference on Management Science and Management. Engineering, 1999:70-72

[5] liu ling, Liu Xinbao,. Optimization production plan for train wheels and tires based on multi-agent I3DSS. Proceedings of the 5th Wuhan International Electronic Commerce Conference in 2006

[6] Xu Dalin, Yang Jianbo, Liu Xinbo .. Dealing with the uncertainty and qualitative information in impact assessment and the application of IDS in decision support. Intelligent Decision and Policy Making Support System, 2008,117 (1):159-185.

[7] Kong Guilan, Dong,,. The reasoning method based on belief rules is applied to clinical decision support system based on guidelines. Expert system, 2009: 39 1-408

[8] liu ling, Ying Guo,. Application of genetic algorithm in tire production scheduling information system. Journal of Software, 2009,4 (9): 959-967.

[9] Zhou Mi, Liu Xinbao, Qu Hao and Pei Feng. Evaluation system of highway express passenger transport company based on evidential reasoning method. 2009 Second International Symposium on Electronic Commerce and Security, 2009: 329-332.

Yang Jianbo, Xinbao Liu and Zhou Mi. MCDA nonlinear programming model based on evidential reasoning under fuzzy weight and utility. International Journal of Intelligent Systems, 20 10/0,25 (1): 31-58.

[1 1] New,,. Evidence reasoning method of MADA in group fuzzy decision-making environment. Proceedings of intelligent decision-making technology, 20 10

Ye Qiang, Liu Xinbao. Improved ant colony algorithm for single machine scheduling problem with preparation time. 2006 ISDM International Symposium on Digital Manufacturing.

[13] Liu Xinbao, Xu Xiang, liu ling et al. Research on VMI alliance evaluation system and its dynamic management model. IESM 2007 International Conference on Industrial Engineering and System Management

[14] Liu Xinbao, Wu Guanyu, liu ling et al. Post-evaluation of IT projects based on fuzzy group analytic hierarchy process and fuzzy comprehensive evaluation. IESM 2007 International Conference on Industrial Engineering and System Management

Yang Shanlin, Xinbao Liu, liu ling. Optimization of I3DSS design for blanking in manufacturing enterprises based on MAS. Proceedings of IEEE International Conference on Engineering, Service and Knowledge Management, 2007, 9: 5709-57 12.

[16] Liu Xinbao, Yang Shanlin. Hadamard convex combination of judgment matrix. Theory and Practice of Systems Engineering, 2000,20 (4): 83-85.

[17] Liu Xinbao. Judging the convexity of matrix consistency. Theory and Practice of Systems Engineering, 1997, 17(4):87-89.

[18] Liu Xinbao. Two properties of convex combination of judgment matrix. Theory and Practice of Systems Engineering, 1999, 19 (IV):113-115.

Yang Shanlin, Liu Xinbao. Research on optimization principle of convex combination coefficient of judgment matrix. Theory and Practice of Systems Engineering, 200 1, 2 1 (4): 49-52.

[20] Yang Shanlin, Liu Xinbao. Two methods of GDSS judgment matrix aggregation. Chinese journal of computers, China, 200 1, 24 (1):106-1.

[2 1] Liu, Liu Xinbao. Construction method of judgment matrix based on rough set, Journal of Systems Engineering, 2002,17 (2):182-187.

[22] Liu Xinbao, Ye Qiang, Yang Shanlin. Research on supply chain agility based on group decision. China Management Science, 2003 (Supplement),12:10/-104.

[23] Liu Xinbao, Zhou,. Two-warehouse inventory model with time-varying demand and its application in grain inventory decision. Acta Biomedical, 1999, 14 (5): 6 14-620.

[24] Liu Xinbao, Ye Qiang, Liu Ling, Yang Shanlin. Branch ant colony dynamic perturbation algorithm for solving TSP problem. China Management Science, 2005, 13(6):57-63.

[25] Huang Hao, Liu Xinbao, Research on quality monitoring system of listed companies. Forecast, 2002 (2):80-84.

[26] Liu Xinbao. Determination of index weight in evaluation index system of scientific and technological enterprises. Forecast, 1999(6):62-64

[27] Lu Taiping, Liu Xinbao. Hedging and extreme risk. Forecast, 2003(2):4 1-43

[28] Liu Xinbao. Application of statistical properties of convex combination of judgment matrix. Statistical research, 1999 (supplement),12:163-164.

[29] Liu Xinbao, Chen Conggui. Study on mathematical model of tobacco curing system. Journal of Biostatistics, 1995,10 (5):181-184.

Liu Ling, Liu Xinbao, Yang Shanlin. Optimization of semi-flow shop production scheduling based on batch processing. China Mechanical Engineering, 20, 2009 (19): 2326-2331.

[3 1] Management Informatics, Higher Education Press, 2003 (Tenth Five-Year Textbook)

[32] Intelligent Decision-making Methods and Intelligent Decision Support Systems, Science Press, 2005, participated in the research and compilation.