Higher-Level Capabilities of System-of-Systems Constituents: A Case of Industrial Ecosystems

J. Axelsson, Peter Eriksson
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Abstract

In a system-of-systems, independent constituent systems collaborate to achieve broader capabilities they cannot provide on their own. This paper investigates the nature of the constituent system capabilities beyond basic operational actions, to achieve a deeper understanding of what is required to participate in a system-of-systems. Through a case study of industrial ecosystems, the need is shown for planning how to use basic operational capabilities, for dynamic capabilities to achieve long-term evolution, and for resilience capabilities to deal with perturbations. This also affects the governance of the system. The findings are used to extend an existing conceptual model of constituent systems and to characterize collaboration in a system-of-systems that implements a value network.
系统的系统成分的高级能力:以工业生态系统为例
在系统的系统中,独立的组成系统协作以实现它们自己无法提供的更广泛的功能。本文调查了基本操作行为之外的组成系统能力的本质,以更深入地了解参与系统的系统所需要的东西。通过对工业生态系统的案例研究,展示了规划如何使用基本操作能力、实现长期进化的动态能力以及处理扰动的弹性能力的必要性。这也会影响系统的治理。研究结果用于扩展组成系统的现有概念模型,并描述实现价值网络的系统的系统中的协作。
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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