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Systemic criterion of sustainability in agile manufacturing

机译：敏捷制造中可持续性的系统标准

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Agile manufacturing systems work in a constantly changing global market, particularly assembly systems at the last stage of product differentiation. Meanwhile, sustainability is becoming a key issue for manufacturing strategy. This paper formulates a systemic criterion of sustainability in agile manufacturing and computes it through flexibility and complexity. It is defined as a ratio of utility and entropy as a sustainability measurement. Under a unified framework, utility allows one to quantify the contributions to agility, in particular system flexibility. Complexity is measured by entropy. Thus, an original complementary role of flexibility and the complexity of the system are proposed. Developed from the distribution of system states, the systemic approach to sustainability in terms of output evolution is enriched. Based on a simple assembly line integer model simulation, a first quantitative analysis illustrates the concepts introduced.
机译：敏捷制造系统在不断变化的全球市场中工作，尤其是在产品差异化的最后阶段的组装系统。同时，可持续性正成为制造策略的关键问题。本文制定了敏捷制造中可持续性的系统标准，并通过灵活性和复杂性对其进行了计算。它定义为效用和熵之比作为可持续性度量。在一个统一的框架下，实用程序允许量化对敏捷性的贡献，特别是系统灵活性。复杂性通过熵来衡量。因此，提出了灵活性和系统复杂性的原始补充作用。从系统状态的分布发展而来，从产出演变的角度出发，系统性的可持续性方法得到了丰富。基于简单的装配线整数模型仿真，首次定量分析说明了引入的概念。

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