从软件需求文档中提取逻辑结构

Rehan Rauf, M. Antkiewicz, K. Czarnecki
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引用次数: 21

摘要

软件需求文档(srd)通常是在通用的富文本编辑器中编写的,比如MS Word。srd包含逻辑结构的实例,例如用例、业务规则和功能需求。这些实例的自动识别和提取支持高级需求管理特性,例如自动跟踪、模板一致性检查、指导编辑,以及与需求管理工具(如RequisitePro)的互操作性。这些实例的内容和物理表示的可变性对它们的准确识别和提取提出了挑战。为了应对这些挑战,我们提出了一个框架,允许1)根据内容、文本呈现和可变性规范逻辑结构,以及2)从富文本文档中提取此类结构的实例。我们的评估涉及43个srd中确定的36种不同的逻辑结构,并表明这些结构的预期内容、风格和可变性可以在框架中指定,这样它们的实例就可以以高精度和召回率(接近100%)从文档中提取出来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Logical structure extraction from software requirements documents
Software requirements documents (SRDs) are often authored in general-purpose rich-text editors, such as MS Word. SRDs contain instances of logical structures, such as use case, business rule, and functional requirement. Automated recognition and extraction of these instances enables advanced requirements management features, such as automated traceability, template conformance checking, guided editing, and interoperability with requirements management tools such as RequisitePro. The variability in content and physical representation of these instances poses challenges to their accurate recognition and extraction. To address these challenges, we present a framework allowing 1) the specification of logical structures in terms of their content, textual rendering, and variability and 2) the extraction of instances of such structures from rich-text documents. Our evaluation involves 36 different logical structures identified in 43 SRDs and shows that the intended content, style, and variability of these structures can be specified in the framework such that their instances can be extracted from the documents with high precision and recall, both close to 100%.
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