A multi-product EOQ model with pricing consideration—T. C.E. Cheng's momdel revisited
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An EOQ model with pricing consideration
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Cited by (9)
Disassembly EOQ models with price-sensitive demands
2020, Applied Mathematical ModellingCitation Excerpt :In multi-item problems, the item EOQ decisions are subject to linked constraints. In Cheng [33] and Chen and Min [34], they are linked according to an inventory limit constraint (investment in storage space), and the authors derived the optimal decision. Pal et al. [35] develop multi-items models with a price-break level that linkes all the items.
Joint dynamic pricing and lot-sizing under competition
2018, European Journal of Operational ResearchCitation Excerpt :The goal is to set a single unit price p and a re-order quantity Q in order to maximize profits. Cheng (1990) and Chen and Min (1994) extend Within’s model to multi-item settings. The authors provide the Kuhn–Tucker optimality conditions when both storage space and inventory investment are limited.
A model for optimizing multi-product inventory systems with multiple constraints
2005, International Journal of Production EconomicsCitation Excerpt :Lee (1994) considered a two-constraint, fixed cycle problem and incorporated quantity discounts, and proposed a global optimization approach based on Lagrangian duality and geometric programming. Chen and Min (1994) also considered a two-constraint, fixed cycle problem and proposed a closed-form solution and identified the conditions under which the optimal closed-form solution is valid. Güder and Zydiak (1999) proposed two algorithms for the solution of the multiple constraint problem; one for the fixed cycle case and another for non-stationary.
Joint pricing and ordering policy for a deteriorating inventory
2004, Computers and Industrial EngineeringAgent-based merchandise management in business-to-business electronic commerce
2003, Decision Support SystemsMulti-period profit maximizing model for retail supply chain management: An integration of demand and supply-side mechanisms
2000, European Journal of Operational Research