Proactive demand and capacity management for automotive logistics using an efficient information model

Lisanne Temur, D. Fruhner, K. Klingebiel
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Abstract

The increasing technical complexity of cars and the high number of offered options lead to new challenges in the automotive industry and especially the mid-term demand and capacity management (DCM). This requires a procedural adaptation based upon an efficient information model. In this contribution, the state of the art is analysed for both the DCM process and the underlying information models. Promising concepts for managing the steadily increasing requirements in DCM are deducted, and a modular process kit for the procedural adaptation combined into the concept SmartDCM is introduced. Additionally, a new approach of an efficient information model for managing the increasingly complex information is presented.
利用高效的信息模型对汽车物流进行主动需求和容量管理
随着汽车技术复杂性的不断提高和可供选择的数量的增多,汽车行业面临着新的挑战,尤其是中期需求和产能管理(DCM)。这需要基于有效信息模型的程序适应。在这篇文章中,分析了DCM过程和底层信息模型的最新进展。推导出了管理DCM中不断增长的需求的有前途的概念,并介绍了将程序适应组合到SmartDCM概念中的模块化过程套件。此外,本文还提出了一种高效信息模型的新方法来管理日益复杂的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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