[1] Bartholdi J., Gue K. (2000), Reducing Labor Costs in an LTL Crossdocking Terminal; Operations Research 48(6); 823-832.
[2] Basset M., Pekny J., Reklaitis G. (1995), Decomposition Techniques for the Solution of Large-Scale Scheduling Problems; American Institute of Chemical Engineering Journal 42(12); 3373.
[3] Felix Ammah-Tagoe (2006), Freight in America: A New National Picture; Research and Innovative Technology Administration, Bureau of Transportation Statistics; Washington, DC.
[4] Gilbert D. (1934), Parcel Conveyors; Post Office Electrical Engineers’ Journal 27(3); 179-186.
[5] Goodison H. (1981), Parcel Sorting Systems and Ancillary Postal Equipment; Post Office Electrical Engineers’ Journal 74(3); 271-277.
[6] Goldberg D. (1989), Genetic algorithms in search, optimization, and machine learning; Addison-Wesley: Reading; MA.
[7] Gould L. (1991), Increase Productivity by Choosing the Right Sortation Conveyor; Modern Materials Handling 46(7); 54-56.
[8] Graham R.L. (1969), Bounds on Multiprocessing Timing Anomalies; SIAM Journal of Applied Mathematics 17(2); 416–429.
[9] Gue K. (1996), Freight Terminal Layout and Operations; Doctoral dissertation, Georgia Institute of Technology, 1995; (Dissertation Abstract International, B56/11, 6322-6432).
[10] Haupt R., Haupt S. (1998), Practical Genetic Algorithms; New York: John Wiley & Sons.
[11] Khmelnitsky E., Kogan K., Maimon O. (2000), A Time-Decomposition Method for Sequence-Dependent Setup Scheduling under Pressing Demand Conditions; IEEE Transactions on Analytical Control 45(4); 638-652.
[12] Lai J. (2007), Surrogate search: A Simulation Optimization Methodology for Large-Scale Systems; Doctoral dissertation, University of Pittsburgh, 2006; (Dissertation Abstracts International, B67/08, 205-364).
[13] Masel D., Goldsmith D. (1997), Using a Simulation Model to Evaluate the Configuration of a Sortation Facility; Proceedings of the 29th Winter Simulation Conference; Atlanta, GA: IEEE Computer Society, 1210-1213.
[14] Masel D. (1998), Adapting the Longest Processing Time Heuristic (LPT) for Output Station Assignment in a Sortation Facility; Proceedings of the 7th Industrial Engineering Research Conference, Phoenix, Arizona: IIE.
[15] McWilliams D. (2009), Genetic-Based Scheduling to Solve the Parcel Hub Scheduling Problem; Computers and Industrial Engineering 56(4); 1607-1616.
[16] McWilliams D., Stanfield M., Geiger C. (2008), Minimizing the Completion Time of the Transfer Operations in a Central Parcel Consolidation Terminal with Unequal-Batch-Size Inbound Trailers; Computers and Industrial Engineering 54(4); 709-720.
[17] McWilliams D., Stanfield M., Geiger C. (2005), The Parcel Hub Scheduling Problem: A Simulation-Based Solution Approach; Computers and Industrial Engineering 49(3); 393-412.
[18] Rohrer M. (1995), Simulation and Cross Docking; Proceedings of the 1995 Winter Simulation Conference; IEEE Computer Society, 846-849.