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This paper studies a production and distribution problem in a supply chain of perishable electronic products, where the firm determines the production-distribution policies under different production modes and carbon emission regulation. In order to maximize the firm's profit, the mixed integer optimization models with time constraints are proposed under carbon trading mechanism. The models are solved by Lingo11.0 to obtain the optimal production and distribution quantities under three production modes, i.e., MTS (Make to Stock), MTO (Make to Order, and partially delayed mode. Finally, numerical experiments are provided to compare the optimal production-distribution policies under the three production modes. The result shows that the partially delayed mode can effectively meet the time requirements of the large market demand by production scale effect, which is the best choice for the supply chain of the perishable electronic products. © 2019 IEEE.
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Year: 2019
Language: English
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