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Establishing content traceability for software applications: An approach based on structuring and tracking of configuration elements

机译:建立软件应用程序的内容可追溯性:一种基于结构化和跟踪配置元素的方法

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Establishing content traceability between various software artifacts or configuration elements at granular level and identifying the gaps in traceability at each phase is a key challenge in software development. In other disciplines such as manufacturing and systems engineering we can find models, well established principles and practices for formulating and tracing the product parts and composition. This paper extends the system model and product breakdown structure concepts from these disciplines to software systems. We propose a model that provides a granular view of software product composition and content traceability through structured relationships among various software configuration elements. Here, we define the key configuration elements essential for the alignment and traceability, create a structure through interconnected relationships of these elements at each phase and analyze the inconsistencies in the relationship. The model provides a visual representation to understand the completeness at each of the development stages. The content traceability is established from both completeness and correctness perspectives and gaps are identified at each phase. The paper briefly describes the model and initial results from pilot implementation in an industry application.
机译:在粒度级别上,在各种软件工件或配置元素之间建立内容可追溯性,并在每个阶段确定可追溯性方面的差距是软件开发中的关键挑战。在制造和系统工程等其他学科中,我们可以找到用于制定和跟踪产品零件和成分的模型,完善的原理和实践。本文将系统模型和产品细分结构概念从这些学科扩展到软件系统。我们提出了一个模型,该模型通过各种软件配置元素之间的结构化关系提供了软件产品组成和内容可追溯性的详尽视图。在这里,我们定义了对于对齐和可追溯性必不可少的关键配置元素,通过这些元素在每个阶段的相互关联关系来创建结构,并分析这种关系中的不一致之处。该模型提供了直观的表示形式,以了解每个开发阶段的完整性。内容可追溯性是从完整性和正确性的角度建立的,并且在每个阶段都需要识别出差距。本文简要描述了该模型以及在工业应用中的试点实施的初步结果。

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