[1] Benoist T., Bourreau E., Rottembourg B. (2007), The TV-break packing problem; European Journal of Operational Research 176; 1371-1386.
[2] Bichler M., Davenport A., Hohner G., Kalagnanam J., In Cramton P., Shoham Y., Steinberg R. (2006), Combinatorial Auctions, Chapter 22; Industrial Procurement Auctions, MIT Press.
[3] Bollapragada S., Cheng H., Philips M., Garbiras M., Scholes M., Gibbs T., Humhreville M. (2002), NBCs optimization systems increase revenues and productivity; Interfaces 32(1); 47-60.
[4] Bollapragada S., Garbiras M. (2004), Scheduling commercials on broadcast television; Operations Research 52(3); 337-345.
[5] Bollapragada S., Bussieck M., Mallik S. (2004), Scheduling commercial videotapes in broadcast television; Operations Research 52(5); 679-689.
[6] Brown A.R. (1969), Selling television time: An optimization problem; Computer Journal 12; 201-206.
[7] Brusco M.J. (2008), Scheduling advertising slots for television; Journal of the Operational Research Society 59(10); 1373-1382.
[8] Cramton P., Shoham Y., Steinberg R. (2005), Combinatorial Auctions, MIT Press.
[9] Holland J. (1975), Adaptation in Natural and Artificial Systems; University of Michigan Press.
[10] Jones J.J. (2000), Incompletely Specified Combinatorial Auction: An Alternative Allocation Mechanism for Business to Business Negotiations; PhD Dissertation, University of Florida, FL.
[11] Kimms A., Muller-Bungart M. (2007), Revenue management for broadcasting commercials; International Journal of Revenue Management 1; 28-44.
[12] Leyard J.O., Olson M., Porter D., Swanson J.A., Torma D.P. (2002), The first use of combined-value auction for transportation services; Interfaces 32(5); 4-12.
[13] Mao J., Shi J., Wanitwattanakosol J., Watanabe Sh. (2011), An ACO-based algorithm for optimizing the revenue of TV advertisement using credit information; International Journal of Revenue Management 5(2); 109-120.
[14] Mihiotis A., Tsakiris I. (2004), A mathematical programming study of advertising allocation problem; Applied Mathematics and Computation 148; 373-379.
[15] Pereira P.A., Fontes F.A.C.C., Fontes D.B.M.M. (2007), A decision support system for planning promotion time slots; Operations Research Proceedings; 147-152.
[16] Rassenti S., Smith V., Bulfin R. (1982), A combinatorial auction mechanism for airport time slot allocation; Bell Journal of Economics 13(2); 402-417.
[17] Sandholm T., Suri S., Gilpin A., Levine D. (2002), Winner determination in combinatorial auction generalizations; Proceeding of Autonomous Agents and Multi-Agent Systems Conference; 69-76.
[18] Wuang M.S., Yang C.L., Huang R.H., Chuang S.P. (2010), Scheduling of television commercials; IEEE International Conference on Industrial Engineering and Engineering Management (IEEM); Macao, 803-807.
[19] Zhang X. (2006), Mathematical models for the television advertising allocation problem; International Journal of Operational Research 1(3); 302-322.
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