5Li J A, Liu K, Leung S. Empty container management in a port with long-run average criterion [J]. Mathematical and Computer Modeling, 2004, 40 (12): 85-100.
6Sook Tying Choong, Michael H Coleb, Erhan Kutanoglu. Empty container management for intermodal transportation networks [J]. Transportation Research Part E, 2002,38: 423-438.
7White W W, Bomberawlt A M. A network algorithm for empty freight car allocation [J]. IBM System Journal,1969, 15(2): 147-169.
8Beaujon G J, Turnguist M A. A model for fleet sizing and vehicle allocation [J]. Transportation Science, 1991,25(1):19-45.
9Jordan W, Turnguist M. A stochastic dynamic network model for rational car distribution[J]. Transportation Science, 1983,17(2), 123-145.
10Shen W S, Khong C M. A DSS for empty container distribution planning [J]. Decision Support System, 1995,15 (1) :75-82.
1HE J L, HUAGN Y F, CHANG D F. Simulation-based Heu- ristic Method for Container Supply Chain Network Optimiza- tion[J]. Advanced Engineering Informatics, 2015, 29(3): 339- 354.
2CHAO S L, CHEN C C. Applying a Time-Space Network to Reposition Reefer Containers Among Major Asian Ports[J]. Research in Transportation Business & Management, 2015 (17): 65-71.
3MISRA S C. Linear Programming of Empty Wagon Disposi- tion[J]. Rail Internet, 1972, 7(3): 151-158.
4WHITE W W, BOMBERAUIT A M. A Network Algorithm for Empty Freight Car Allocation[J]. IBM System Journal, 1969, 8(2): 147-169.
5JORDAN W C. TURNQUIST M A. A Stochastic Dynamic Network Model for Rational Car Distribution[J]. Transporta- tion Science, 1983, 17(2): 123-145.
6POWELL W B, SHELFI Y, THIRIEZ S. The Dynamic Ve- hiele Allocation Problem with Uncertain Demands[C]//The Ninth International Symposium on Transportation and Traf- fic Theory. The Netherlands: VNU Science Press, 1984: 357- 374.
7DEJAX P, BENAMAR F, CRAINIC, T G, et al. The Pro- ceedings of the 6th World Conference on Transport Re- search[C]// Short Term Container Fleet Management: Is- sues, Models and Tools. Lyon, France, 1992: 437-452.
8FUNKE J, KOPFER H. A Model for a Multi-Size Inland Container Transportation Problem[J]. Transportation Re- search Part E, 2016(89): 70-85.
9FLOREZ H. Empty Container Repositioning and Leasing: An Optimization Model[D]. New York: Polytechnic Insti- tute of New York, 1986.
10CHEN C, CHEN S. A Dynamic Container Allocation Model [Z]. Taiwan: Working Paper, Department of Transportation Management, National Cheng Kung University, 1993: 21- 27.
