1. 中文

Information Management and Data Science

  • Cheng Haifang

    Associate Professor
  • Subordinate unit

    Department of Information Management and Data Science
  • Research Interests

    Supply Chain Management, Management Information System, Intelligence Commerce.
  • Telephone

    E-mail

    chenghf@hust.edu.cn

Education

Ph.D. (Majored in Management Science and Engineering), HUST, 2001.

M.E. (Majored in Control Science & Engineering), HUST, 1996.

B.E. (Majored in Automation), HUST, 1993.

Courses Taught

Object-oriented programming, Database Technology and Application, C + + programming, Management Information System, etc

Consulting (Training) Activities

Wuhan Yalan Hospital, Wuhan Iron and Steel (GROUP) CORP, etc.

Research Interests

Supply Chain Management, Management Information System, Intelligence Commerce.

Representative Research Papers

1. Lu C, Huang WL and Cheng HF*. Comparative Analysis of Government Subsidy Policies in a Dynamic Green Supply Chain Considering Consumers Preference. Sustainability, 2021, vol.13 (SSCI)

2. Cai JH, Hu XQ, Han Y Cheng HF, Huang WL. Supply chain coordination with an option contract under vendor-managed inventory. International Transactions In Operational Research, 2016, Vol.23, No.6: 1163-1183. (SSCI)

3. Cai JH, Deng SM, Hu XQ, Han, Y, Cheng HF, Huang WL. Supply chain coordination based on return contracts with a threshold ordering quantity. International Transactions In Operational Research, 2015, Vol.22, No.6: 951-968. (SSCI)

4. Cheng HF, Zhang YS, Cai JH; Huang WL. A Multiobjective Programming Method for Ranking All Units Based on Compensatory DEA Model. Mathematical Problems in Engineering. 2014.(SCI)

5. Cheng HF, Huang WL, Cai JH. Method for solving fully fuzzy linear programming problems using deviation degree measure. Journal of Systems Engineering And Electronics, 2013, 24(5): 793-799. (SCI)

6. Cheng HF, Huang WL, Zhou Q. Solving fuzzy multi-objective linear programming problems using deviation degree measures and weighted max-min method. Applied Mathematical Modelling, 2013, 37(10-11): 6855-6869. (SCI)

7. Cheng HF, Huang WL, Cai JH. Solving a fully fuzzy linear programming problem through compromise programming. Journal of Applied Mathematical, 2013. (SCI)