A New SoS Engineering Philosophy - Vitality Theory

Hongjun Zhang, Baiqiao Huang, Peng Zhang, Hongbin Ju
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引用次数: 3

Abstract

As engineered systems increase their complexities, a new engineering nature of Systems of System (SoS) vitality is proposed aiming for a development trend from systems to self-adaption and self-recovery Cyber-physical Systems (CPS) in its adaptability to dynamic environmental changes. In terms of engineered system formalisms, an inorganic engineered system is transformed into a SoS composition with the characteristics of an organic lifeform, becoming a self-adaptive agent. Regarding to a way for constructing an engineering SoS, a traditional engineered system process model emerges in a new challenge with the addition of a virtual system in cyber space. In this paper, by analogy with the organic characteristics of living systems in nature, SoS vitality theory is proposed, which includes a technical framework and maturity level model for measuring the organic characteristics of engineering SoS for current technological development. This provides a conceptual reference for future directions in the development of engineered systems.
一种新的SoS工程哲学——活力理论
随着工程系统复杂性的增加,针对网络物理系统(CPS)对动态环境变化的适应能力从系统向自适应、自恢复的发展趋势,提出了一种新的工程性质——“系统的系统”(SoS)活力。在工程系统形式化方面,无机工程系统被转化为具有有机生命形式特征的SoS组合物,成为自适应的agent。随着虚拟系统在网络空间的加入,传统的工程系统过程模型在构建工程系统的方法上受到了新的挑战。本文通过类比自然界生命系统的有机特性,提出了SoS活力理论,该理论包括一个技术框架和成熟度水平模型,用于衡量当前技术发展中工程SoS的有机特性。这为未来工程系统的发展方向提供了概念参考。
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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