Complexity analysis of the future car for automotive logistics

K. Pawlikowski, M. Toth
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Abstract

The automotive industry has to manage radical changes. Especially, the complexity of parts and variants changed by the technological trends e-mobility and the increasing introduction of intelligent assistance systems that are based on embedded systems. Moreover, not only the car complexity is affected. To realise the impact of change, a holistic complexity analysis of the product car has to be done. Such analysis is particularly relevant for logistics, which acts as a cross-divisional function between technology development, procurement, production, sales and after-sales. Therefore, this contribution presents identified impact areas in the field of the automotive logistics followed by developed indicators to realise an approach for a holistic complexity analysis. This is necessary to identify impacts on logistics processes, e.g. sourcing strategies.
未来汽车物流的复杂性分析
汽车行业必须应对根本性的变化。特别是,随着电子交通技术的发展和基于嵌入式系统的智能辅助系统的日益普及,零件和变体的复杂性发生了变化。而且,受影响的不仅仅是汽车的复杂程度。为了实现变更的影响,必须对产品进行全面的复杂性分析。这种分析与物流特别相关,物流在技术开发、采购、生产、销售和售后之间起着跨部门的作用。因此,这一贡献提出了汽车物流领域确定的影响领域,随后制定了指标,以实现整体复杂性分析的方法。这对于确定对物流流程的影响是必要的,例如采购策略。
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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