References
- Bomberger, E. E. 1966. “A Dynamic Programming \% Approach to a Lot Size Scheduling Problem.” Management Science 12 (11): 778–784.
- Buzacott, J. A., and I. A. Ozkarahan. 1983. “One- and Two-stage Scheduling of Two Products with Distributed Inserted Idle Time: The Benefits of a Controllable Production Rate.” Naval Research Logistics Quarterly 30 (4): 675–696.
- Chayet, S., P. Kouvelis, and D. Z. Yu. 2011. “Product Variety and Capacity Investments in Congested Production Systems.” Manufacturing & Service Operations Management 13 (3): 390–403.
- Cheng, F., H. Yan, and J. Yang. 1998. “Production Scheduling of Continuous Flow Lines: Multiple Products with Setup Times and Costs.” Production and Operations Management 7 (4): 387–401.
- Daie, P., and S. Li. 2016. “Managing Product Variety through Configuration of Pre-assembled Vanilla Boxes using Hierarchical Clustering.” International Journal of Production Research 54 (18): 5468–5479.
- Forza, C., and F. Salvador. 2008. “Application Support to Product Variety Management.” International Journal of Production Research 46 (3): 817–836.
- Foxconn. 2013. http://www.foxconn.com.tw/GroupProfile\_En/CompetitiveAdvantages.html.
- Glock, C. H. 2010. “Batch Sizing with Controllable Production Rates.” International Journal of Production Research 48 (20): 5925–5942.
- Guo, L. 2009. “Quality Disclosure Formats in a Distribution Channel.” Management Science 55 (9): 1513–1526.
- Guo, L., and J. Zhang. 2012. “Consumer Deliberation and Product Line Design.” Marketing Science 31 (6): 995–1007.
- Heese, H. S., and J. M. Swaminathan. 2006. “Product Line Design with Component Commonality and Cost-reduction Effort.” Manufacturing & Service Operations Management 8 (2): 206–219.
- Hsu, W. L. 1983. “On the General Feasibility Test of Scheduling Lot Sizes for Several Products on One Machine.” Management Science 29 (1): 93–105.
- Kendrick, Ben. 2012. “Gamerant.” http://gamerant.com/wii-u-child-labor-nintendo-foxconn/.
- Kim, K., and D. Chhajed. 2002. “Product Design with Multiple Quality-type Attributes.” Management Science 48 (11): 1502–1511.
- Lacourbe, P., C. H. Loch, and S. Kavadias. 2009. “Product Positioning in a Two-dimensional Market Space.” Production and Operations Management 18 (3): 315–332.
- Maxwell, W. L. 1964. “The Scheduling of Economic Lot Sizes.” Naval Research Logistics Quarterly 11 (2): 89–124.
- Moorthy, K. S. 1984. “Market Segmentation, Self-selection, and Product Line Design.” Marketing Science 3 (4): 288–307.
- Mussa, M., and S. Rosen. 1978. “Monopoly and Product Quality.” Journal of Economic Theory 18 (2): 301–317.
- Netessine, S., and T. A. Taylor. 2007. “Product Line Design and Production Technology.” Marketing Science 26 (1): 101–117.
- Roundy, R. 1986. “A 98\%-effective Lot-size Rule for a Multi-product Multi-stage Production/Inventory System.” Mathematics of Operations Research. 11 (4): 699–727.
- Seifert, D.. 2015. "The new iPhone still starts at only 16GB of storage." :http://www.theverge.com/2015/9/9/9277045/new-iphone-6s-data-storage-size-apple.
- Shao, X. F. 2015. “Product Differentiation Design under Sequential Consumer Choice Process.” International Journal of Production Research 53 (8): 2342–2364.
- Silver, E. A. 1990. “Deliberately Slowing Down Output in a Family Production Context.” International Journal of Production Research. 28: 17–27.
- SMS group. 2016. “Silicon Steel Lines -- References.” https://www.sms-group.com/plants/all-plants/silicon-steel-lines/references/.
- Strategos, Inc. 2012. “Apple, Foxconn & Manufacturing Strategy.” http://www.strategosinc.com/articles/apple-foxconn-strategy.htm.
- Taj, S., G. N. Nedeltcheva, G. Pfeil, and M. Roumaya. 2012. “A Spread-sheet Model for Efficient Production and Scheduling of a Manufacturing Line/Cell.” International Journal of Production Research 50 (4): 1141–1154.
- Vidal-Carreras, P. I., J. P. Garcia-Sabater, and J. R. Coronado-Hernandez. 2012. “Economic Lot Scheduling with Deliberated and Controlled Coproduction.” European Journal of Operational Research 219 (2): 396–404.
- WISCO. 2013. “Electrical Steel Products.” http://english.wisco.com.cn/u/cms/wisco\_en/201412/031716178brx.pdf.
- Xiong, Hui, and Ying-Ju Chen. 2013a. “Product Line Design with Deliberation Costs: A Two-stage Process.” Decision Analysis 10 (3): 225–244.
- Xiong, Hui, and Ying-Ju Chen. 2013b. “Product Line Design with Seller-induced Learning.” Management Science 60 (3): 784–795.
- Xu, X. 2009. “Optimal Price and Product Quality Decisions in a Distribution Channel.” Management Science. 55 (8): 1347–1352.
- Yang, J., H. Yan, and M. I. Taksar. 2000. “Optimal Production and Setup Scheduling: A One-machine, Two-product System.” Annals of Operations Research 98 (1–4): 291–311.
- Zhang, X., R. Chen, and Y. Ma. 2007. “An Empirical Examination of Response Time, Product Variety and Firm Performance.” International Journal of Production Research 45 (14): 3135–3150.
- Zipkin, P. H. 1991. “Computing Optimal Lot Sizes in the Economic Lot Scheduling Problem.” Operations Research 39 (1): 56–63.