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引用次数: 4

摘要

越来越多的应用程序领域必须处理系统的系统(so),其目的是设计或集成许多系统,以创造无法仅从单个系统获得的价值。尽管人们似乎对什么是SoS有一个大致的理解,但不同的情境似乎需要不同类型的SoS。许多研究区分了这些不同类型的SoS,并提出了各种分类。不过,总的来说,每项研究都是从一个特定的、固定的角度提出分类,这就导致了对SoS的有限看法。本文提出了一种新的多维分类方法,该方法建立在现有分类的基础上并对其进行了改进。与以往的研究相比,本文提出了一种多维分类的SoS,该分类是在经过彻底的领域分析过程后得出的。多维分类表示为一个特征图,它定义了7个透视图,总共有26种不同类型的sos,从中可以派生出多种不同的配置类型。
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Multi-Dimensional Classification of System-of-Systems
An increasing number of application domains have to deal with system-of-systems (SoS) with the purpose to design or integrate a number of systems to create value that cannot be obtained from single systems alone. Although there seems to be a general understanding of what an SoS is, different types of SoS appear to be needed for different contexts. A number of studies have distinguished these different types of SoS and proposed various classifications. In general, though, each study proposes a classification from a particular, fixed perspective, which as such leads to a limited view of the SoS. This paper proposes a novel multi-dimensional classification approach that builds on and enhances the reported existing classifications. In contrast to previous studies, a multidimensional classification of SoS is presented that has been derived after a thorough domain analysis process. The multidimensional classification is represented as a feature diagram that defines seven perspectives, with a total of 26 different types of SoSs, from which multiple different configuration types can be derived.
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