MDA内的计算独立建模

J. Osis, Erika Asnina, A. Grave
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引用次数: 40

摘要

面向对象分析建议采用半正式的用例驱动技术,从独立于计算的角度对问题域进行建模。提出的方法称为模型驱动体系结构的拓扑功能建模(TFM4MDA),增加了形式化的程度。它使用拓扑功能模型(TFM)的数学基础,整体地表示系统的完整功能。TFM4MDA引入了对业务系统的更正式的分析,即允许定义客户需要什么而不是客户想要什么,并且还支持文本功能需求检查,根据问题域“原样”模型进行缺失需求检查。在基于目标的方法的帮助下定义应用程序的用例模型。通过TFM的图变换,定义了一个领域概念模型。本文还提出了一个用于实现TFM4MDA的Eclipse插件概念。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computation Independent Modeling within the MDA
Object oriented analysis suggests semiformal use case driven techniques for problem domain modeling from a computation independent viewpoint. The proposed approach called Topological Functioning Modeling for Model Driven Architecture (TFM4MDA) increases the degree of formalization. It uses mathematical foundations of Topological Functioning Model (TFM) that holistically represents complete functionality of the system. The TFM4MDA introduces more formal analysis of a business system, namely enables defining not what the client wants, but what the client needs, and also enables textual functional requirement checking, missing requirement checking in conformance with the problem domain "as is" model. A use case model of the application is defined with the help of a goal-based method. A domain concept model is defined by graph transformation of the TFM. The paper also suggests an Eclipse plug-in conception for the implementation of the TFM4MDA.
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