On self-adaptation in systems-of-systems

María del Pilar Romay, C. E. Cuesta, L. F. Sanz
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引用次数: 5

Abstract

Adaptivity and systems-of-systems (SoS) have always had a close relationship, as it is one of their defining features. Moreover, there is a clear similarity between the requirements of a SoS and those of many adaptive systems, such as autonomic and self-adaptive systems. In recent years, this kind of adaptive systems has been carefully studied; however, they often operate at a very different scale, being smaller than a typical SoS. The common nexus between both perspectives seem to be situated at the architectural level: the same adaptive techniques are recursively applied in different strata in a hierarchical composite. Therefore, the principles embodied in adaptive architectures seem to provide a good basis for the definition and description of SoS. This paper relates those principles to the corresponding structures in software evolution, and suggests to coordinate both through a pace layering strategy.
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论系统的自适应
适应性和系统的系统(system -of-systems, so)一直有着密切的关系,因为这是它们的定义特征之一。此外,SoS的需求与许多自适应系统(如自主和自适应系统)的需求之间存在明显的相似性。近年来,这类自适应系统得到了认真的研究;然而,它们通常以非常不同的规模运作,比典型的SoS要小。两种透视图之间的共同联系似乎位于体系结构级别:相同的自适应技术递归地应用于分层组合中的不同层。因此,自适应体系结构中体现的原则似乎为SoS的定义和描述提供了良好的基础。本文将这些原则与软件进化中的相应结构联系起来,并建议通过一种速度分层策略来协调两者。
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