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An entropy-based approach for measuring complexity in supply chains

机译:基于熵的供应链复杂性度量方法

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Today's supply chains are more complex than ever due to globalisation and its effects, especially on logistics activities. Therefore, understanding and managing complexity in supply chains are very popular topics nowadays. Measures for complexity in supply chains contribute to their manageability and controllability. This paper describes an approach to the measurement of complexity in supply chains based on Shannon's information entropy. The new proposed approach gives a formal approach that is able to measure and analyse the supply chain complexity. The main contribution of this study is to extend two formulas (structural and operational complexity) building on Shannon's entropy measure to evaluate the complexity of a supply chain. The aim is to measure complexity associated with information and material flows in the chain. A numerical example is presented to demonstrate the approach.
机译:由于全球化及其影响,尤其是对物流活动的影响,当今的供应链比以往更加复杂。因此,理解和管理供应链中的复杂性是当今非常流行的话题。供应链复杂性的度量有助于其可管理性和可控性。本文介绍了一种基于Shannon信息熵的供应链复杂性度量方法。新提议的方法提供了一种能够测量和分析供应链复杂性的正式方法。这项研究的主要贡献是在香农的熵测度的基础上扩展了两个公式(结构和操作复杂度),以评估供应链的复杂性。目的是测量与链中信息和物质流相关的复杂性。数值例子说明了该方法。

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