A Modular Ontology for the Enterprise Architecture Domain

Marzieh Bakhshandeh, Gonçalo Antunes, Rudolf Mayer, J. Borbinha, A. Caetano
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引用次数: 20

Abstract

Enterprise architecture supports the analysis, design and engineering of business-oriented systems through multiple views. Each view expresses the elements and relationships of a system from the perspective of specific system concerns relevant to one or more of its stakeholders. As a result, each view needs to expressed in the architecture description language that best suits its concerns. Therefore, an enterprise architecture may be described using a set of different languages. However, current enterprise architecture modelling languages display two issues in this setting. First, they lack mechanisms to integrate multiple architecture description languages. This issue hinders the specification of views using different languages. Second, enterprise architecture models lack quantitative analysis support. This paper describes an ontology-based approach in order to have a modular ontology for the enterprise architecture domain, to specify and integrate multiple architecture modelling languages and to analyse the resulting integrated models. The approach relies on transformations between an upper-domain ontology based on the ArchiMate language and on a set of domain-specific ontologies to deal with the specific architecture modelling languages. The resulting models are quantifiable in the sense they provide the means to assess the consistency of the enterprise architecture models and to analyse their structure. The applicability of the approach is shown through a case study and the correctness of the ontology is shown by a set of competency questions.
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企业体系结构领域的模块化本体
企业架构通过多个视图支持面向业务的系统的分析、设计和工程。每个视图从与一个或多个涉众相关的特定系统关注点的角度来表达系统的元素和关系。因此,每个视图都需要用最适合其关注点的体系结构描述语言来表达。因此,可以使用一组不同的语言来描述企业架构。然而,当前的企业架构建模语言在这种设置中显示了两个问题。首先,它们缺乏集成多种体系结构描述语言的机制。这个问题阻碍了使用不同语言规范视图。第二,企业架构模型缺乏定量分析支持。本文描述了一种基于本体的方法,以获得企业体系结构领域的模块化本体,指定和集成多种体系结构建模语言,并分析生成的集成模型。该方法依赖于基于ArchiMate语言的上域本体和一组特定于领域的本体之间的转换,以处理特定的体系结构建模语言。由此产生的模型是可量化的,因为它们提供了评估企业架构模型的一致性和分析其结构的方法。通过案例分析证明了该方法的适用性,并通过一系列胜任力问题证明了本体论的正确性。
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