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首页> 外文会议>International Conference on Computational Science and its Applications >Identifying Traceability between Feature Model and Software Architecture in Software Product Line using Formal Concept Analysis
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Identifying Traceability between Feature Model and Software Architecture in Software Product Line using Formal Concept Analysis

机译：使用正式概念分析识别软件产品线中特征模型与软件架构之间的可追溯性

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摘要

Feature models have been used to support requirements analysis and domain engineering in Software Product Line. By identifying the mapping between feature model and architecture model by capturing the relationships among elements in the models, we can establish the traceability between the two models. The identified traceability can be used to verify consistency between feature model and architecture model. On small scale models, the relationships among elements can be easily identified by manually analyzing the descriptions of models. But when the complexity of a model is high, a more formal approach will be useful to help identifying the traceability. In this paper, we develop an approach to identify traceability between feature model and component and connector view of software architecture using Formal Concept Analysis (FCA) technique. This technique constructs a concept lattice structure. We propose several analysis criteria for concept lattice structure to identify traceability between the two models.
机译：特征模型已被用于支持软件产品线的需求分析和域工程。通过识别特征模型和架构模型之间的映射来通过捕获模型中的元素之间的关系，我们可以在两个模型之间建立可追溯性。所识别的可追溯性可用于验证特征模型和架构模型之间的一致性。在小规模模型上，通过手动分析模型的描述，可以容易地识别元素之间的关系。但是，当模型的复杂性很高时，更正式的方法可以有助于识别可追溯性。在本文中，我们使用正式概念分析（FCA）技术，开发一种方法来识别功能模型和组件和组件和连接器视图的可追溯性。该技术构造了概念晶格结构。我们提出了几种概念格子结构的分析标准，以确定两种模型之间的可追溯性。

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