题名

A Synchronized Modelling Approach for Strategic and Operational Planning of the Supply Chain

并列篇名

同步塑模爲導向之供應鏈策略與作業規劃

DOI

10.29977/JCIIE.200805.0001

作者

林君維(Chun-Wei Remen Lin)；陳建光(Chien-Kuang Chen)；陳飛龍(Fei-Long Chen)

关键词

供應鏈管理 ； 生產規劃 ； 運籌管理 ； Supply chain management ； production planning ； logistics management

期刊名称

工業工程學刊

卷期/出版年月

25卷3期（2008 / 05 / 01）

页次

187 - 203

内容语文

英文
中文摘要

針對大多數過去的供應鏈管理的研究，集中在供應鏈中個別分段成員的議題上，本研究提出了一個可以結合策略面與作業面規劃的綜合規劃方法。在此同步塑模的規劃法下，其集中式的協調架構可以同時考量生產與行銷的偏好與顧客服務之要求，而提出最小化供應鏈成本的策略性供應鏈組成與物流規劃；同時間，亦可提出相對應在作業面中最佳的原物料管理、生產控制、成品存貨控制、與配送控制。爲求驗證此方法的適用度與效能，本研究亦針對各式不同範圍的供應鏈管理狀況，進行敏感度分析。模擬實驗的結果顯示，本研究所提出的同步化塑模規劃法，可以確實協助供應鏈管理者設計出最佳的供應鏈系統。
英文摘要

Many previous supply chain (SC) management researches focused only on the individual segment of the SC. This paper proposes a synthetic approach, which combines the strategic and operational planning tasks of the SC management. In this synchronized planning approach, the centralized coordination framework can consider the production and marketing preferences as well as customer service requirements, and make optimal strategic suggestions of the SC configuration and material flows with the minimal total SC cost. Moreover, the corresponding operational planning decisions for raw material management, production control, finished products stockpile control, and distribution control are also generated. Sensitivity analyses are performed to demonstrate the applicability and effectiveness of the synchronized model under a wide range of SC planning scenarios. Simulation results show that the proposed planning approach can assist the SC planner in designing the optimal SC system.
主题分类 工程學 > 工程學總論
参考文献
  1. Arntzen, B. C.,G. G. Brown,T. P. Harrison,L. L. Trafton(1995).Global supply chain management at Digital Equipment Corporation.Interfaces,25,69-93.
  2. Cohen, M. A.,H. L. Lee(1988).Strategic analysis of integrated production-distribution systems: models and methods.Operations Research,36,216-228.
  3. Cohen, M. A.,H. L. Lee(1989).Resource deployment analysis of global manufacturing and distribution networks.Journal of Manufacturing and Operations Management,2,81-104.
  4. Cohen, M. A.,H. L. Lee,R. R. Kleindorfer (eds)(1985).The Management of Productivity and Technology in Manufacturing.New York:Plenum Press.
  5. Cohen, M. A.,S. Moon(1990).Impact of production scale economics, manufacturing complexity, and transaction costs on supply chain facility networks.Journal of Manufacturing and Operations Management,3,269-292.
  6. Ganeshan, R.(1999).Managing supply chain inventories: a multiple retailer, one warehouse, and multiple supplier model.International Journal of Production Economics,59,341-354.
  7. Ishii, K.,K. Takahashi,R. Muramatsu(1988).Integrated production, inventory and distribution systems.International of Journal Production Research,26,473-482.
  8. Lambert, D. M.,M. C. Cooper(2000).Issues in supply chain management.Industrial Marketing Management,29,65-83.
  9. Ultimate enterprise value creation, Stanford global supply chain management forum
  10. Petrovic, D.,R. Roy,R. Petrovic(1998).Modelling and simulation of a supply chain in an uncertain environment.European Journal of Operational Research,109,299-309.
  11. Pyke, D. F.,M. A. Cohen(1994).Multiproduct integrated production-distribution systems.European Journal of Operational Research,74,18-49.
  12. Pyke, D. F.,M. A. Cohen(1993).Performance characteristics of stochastic integrated production-distribution systems.European Journal of Operational Research,68,23-48.
  13. Silver, E. A.,D. F. Pyke,R. Peterson(1998).Inventory Management and Production Planning and Scheduling.NY:Wiley.
  14. Simchi-Levi, D.,P. Kaminsky,E. Simchi-Levi(2000).Designing and Managing the Supply Chain-Concepts, Strategies, and Case Studies.NY:McGraw-Hill.
  15. Slack, N.(1987).The flexibility of manufacturing systems.International Journal of Operations and Production Management,7,35-45.
  16. Svoronos, A.,P. Zipkin(1991).Evaluation of one-for-one replenishment policies for multi-echelon inventory systems.Management Science,37,68-83.
  17. Thomas, D. J.,P. M. Griffin(1996).Coordinated supply chain management.European Journal of Operational Research,94,1-15.
  18. Vergara, F. E.,M. Khouja,Z. Michalewicz(2002).An evolutionary algorithm for optimizing material flow in supply chains.Computers and Industrial Engineering,43,407-421.
  19. Vidal, C. J.,M. Goetschalckx(1997).Strategic production-distribution models: a critical review with emphasis on global supply chain models.European Journal of Operational Research,98,1-18.
  20. Williams, J. F.(1981).Heuristic technologies for simultaneous scheduling of production and distribution in multi-echelon structures: theory and empirical comparisons.Management Science,27,336-352.
被引用次数
  1. (2014).Enhancing mathematical programming models to account for demand priorities increasing as a function of delivery date.工業工程學刊,31(1),51-63.
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