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A New SoS Engineering Philosophy - Vitality Theory

机译：新的SoS工程哲学-生命力理论

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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.
机译：随着工程系统的复杂性的提高，提出了系统系统（SoS）生命力的新工程性质，旨在适应从系统到自适应和自我恢复的网络物理系统（CPS）的发展趋势，以适应动态环境变化。 。根据工程系统形式主义，将无机工程系统转变为具有有机生命形式特征的SoS组合物，成为自适应剂。关于构建工程SoS的方法，传统的工程化系统过程模型在网络空间中添加虚拟系统时面临着新的挑战。本文通过与自然界中生命系统的有机特征相类推，提出了SoS生命力理论，其中包括一个技术框架和成熟度模型，用于衡量当前技术发展中工程SoS的有机特征。这为工程系统开发中的未来方向提供了概念上的参考。

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