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Development of a connectivity map for measurement of total supply chain value

机译:用于测量总供应链值的连接图的开发

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摘要

Organisations intend to optimise their supply chain (SC) by following the most suitable SC strategies that serve their business interest to gain a competitive advantage. This paper reviews the literature to extract the relationship between leagile attributes and SC drivers to estimate total supply chain value (TSCV). As a result, three leagile attributes efficiency & flexibility (E&F), decoupling point (DP) and virtual network (VN) along with four main SC drivers consisting of production, distribution, inventory and information have been deployed. Effects of leagile attributes to the SC drivers are evaluated to measure TSCV using four performance metrics i.e., cost, quality, service and lead time. This research developed a conceptual connectivity map to measure the average value of each driver at a micro-level (upstream/downstream) to evaluate TSCV at the macro-level for SC optimisation. The proposed connectivity map would support supply chain managers to implement the leagile strategy by measuring TSCV.
机译:组织打算通过遵循最适合其业务利益的SC策略来优化其供应链(SC),以获得竞争优势。本文审查了提取着内部属性和SC驱动程序之间关系的文献,以估计总供应链值(TSCV)。因此,三个联盟属性效率和灵活性(E&F),解耦点(DP)和虚拟网络(VN)以及由生产,分发,库存和信息组成的四个主SC驱动程序。评估Elegile属性对SC驱动程序的影响,以使用四种性能度量来测量TSCV,即成本,质量,服务和交换时间。该研究开发了一种概念连接图,以测量微级(上游/下游)的每个驱动器的平均值,以评估SC优化的宏观水平的TSCV。拟议的连接地图将支持供应链管理员通过测量TSCV来实现再次策略。

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