3단계 공급사슬에서 다완제품의 통합재고모형에 관한 연구
An Integrated Inventory Model for a Three-Layer Supply Chain with Multiple Items
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In this paper, we investigate an inventory and production system in a three-layer supply chain system involving a single supplier,single manufacturer and multiple retailers. Earlier study in this type of supply chain only consider a single raw material in orderto produce single item, but we consider raw materials in order to produce multiple items. It is assumed that the cycle timeat each stage is an integer multiple of the adjacent downstream stage. We develop an iterative solution procedure to find theorder quantity for the multiple items and raw materials that minimizes the supply chain-wide total cost per unit time of thesupplier and manufacturer’s raw materials ordering and holding, setup and finished items holding, the retailer’s ordering andinventory holding. Numerical examples are presented to show that the proposed heuristic gives good performance.
Abstract
In this paper, we investigate an inventory and production system in a three-layer supply chain system involving a single supplier,single manufacturer and multiple retailers. Earlier study in this type of supply chain only consider a single raw material in orderto produce single item, but we consider raw materials in order to produce multiple items. It is assumed that the cycle timeat each stage is an integer multiple of the adjacent downstream stage. We develop an iterative solution procedure to find theorder quantity for the multiple items and raw materials that minimizes the supply chain-wide total cost per unit time of thesupplier and manufacturer’s raw materials ordering and holding, setup and finished items holding, the retailer’s ordering andinventory holding. Numerical examples are presented to show that the proposed heuristic gives good performance.
참고문헌 (29)
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