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Algebraic or Algorithmic: Searching for Optimal Solutions in Multi-Stage Supply Chain Models

Algebraic or Algorithmic: Searching for Optimal Solutions in Multi-Stage Supply Chain Models
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摘要 In this paper we proposed an AMH Supply Chain model to obtain optimal solutions for Two-, Three- and Four-Stage for deterministic models. Besides deriving its algebraic solutions, a simple searching method is successfully applied in obtaining optimal total costs and its integer multipliers. Our model has shown promising results in comparison to Equal Cycle Time and other existing ones. The tests focused on obtaining optimal total annual costs and other related details of Two-, Three- and Four-Stage for deterministic models. The results are run under Visual Basic Programming platform using Intel? CoreTM2 Duo T6500 Processor. In this paper we proposed an AMH Supply Chain model to obtain optimal solutions for Two-, Three- and Four-Stage for deterministic models. Besides deriving its algebraic solutions, a simple searching method is successfully applied in obtaining optimal total costs and its integer multipliers. Our model has shown promising results in comparison to Equal Cycle Time and other existing ones. The tests focused on obtaining optimal total annual costs and other related details of Two-, Three- and Four-Stage for deterministic models. The results are run under Visual Basic Programming platform using Intel? CoreTM2 Duo T6500 Processor.
出处 《Journal of Software Engineering and Applications》 2017年第8期663-676,共14页 软件工程与应用(英文)
关键词 AMH Model ALGEBRAIC Solution INVENTORY Coordination MULTI-STAGE Supply Chain MODELS Simple Search Algorithm AMH Model Algebraic Solution Inventory Coordination Multi-Stage Supply Chain Models Simple Search Algorithm
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