A Deep Perspective on the ArchiMate Enterprise Architecture Modeling Language

C. Atkinson, Thomas Kühne
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引用次数: 14

Abstract

Given the scale, complexity and variety of enterprise architectures, approaches for modeling them need to be as simple and flexible as possible in order to minimize the accidental complexity within enterprise architecture models. Multi-level modeling techniques offer an effective way of achieving this but to date there has been little research into how they could contribute to enterprise architecture modeling. In this article we therefore explore how the former could be best leveraged within the latter by considering the modeling goals, architecture and principles of one of the most concrete and widely used enterprise architecture modeling standards: ArchiMate. More specifically, we discuss how the conceptual integrity of the ArchiMate standard and modeling experience could be enhanced using multi-level modeling principles. In our discussions, we focus on a specific variant of multi-level modeling, called deep modeling, which is based on the notions of orthogonal classification and deep instantiation.
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对高级企业架构建模语言的深入分析
考虑到企业体系结构的规模、复杂性和多样性,为它们建模的方法需要尽可能地简单和灵活,以便最小化企业体系结构模型中偶然出现的复杂性。多层次建模技术为实现这一目标提供了一种有效的方法,但是到目前为止,还很少有人研究它们如何有助于企业架构建模。因此,在本文中,我们将通过考虑最具体和最广泛使用的企业体系结构建模标准之一ArchiMate的建模目标、体系结构和原则,探讨如何在后者中最好地利用前者。更具体地说,我们讨论了如何使用多级建模原则来增强ArchiMate标准和建模经验的概念完整性。在我们的讨论中,我们重点关注多层次建模的一个特定变体,称为深度建模,它基于正交分类和深度实例化的概念。
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