按分类跟踪:为频繁出现的软件工件生成跟踪链接的一种机器学习方法

Mateusz Wieloch, Sorawit Amornborvornwong, J. Cleland-Huang
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引用次数: 11

摘要

在过去的十年中,跟踪性研究社区一直致力于开发和改进跟踪检索技术,以便检索源工件(如需求)和目标工件集(如java类集)之间的跟踪链接。在这篇跟踪挑战论文中,我们提出了一种以前发表的技术,该技术使用机器学习来跟踪在多个项目中重复出现的类似形式的软件工件。例子包括与非功能性需求相关的质量问题,如安全性、性能和可用性;适用于多个系统的监管代码;架构决策存在于许多不同的解决方案中。本文的目的是发布一个公开可用的TraceLab实验,包括可重用和可修改的组件以及相关的数据集,并建立基线结果,以鼓励进一步的实验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Trace-by-classification: A machine learning approach to generate trace links for frequently occurring software artifacts
Over the past decade the traceability research community has focused upon developing and improving trace retrieval techniques in order to retrieve trace links between a source artifact, such as a requirement, and set of target artifacts, such as a set of java classes. In this Trace Challenge paper we present a previously published technique that uses machine learning to trace software artifacts that recur is similar forms across across multiple projects. Examples include quality concerns related to non-functional requirements such as security, performance, and usability; regulatory codes that are applied across multiple systems; and architectural-decisions that are found in many different solutions. The purpose of this paper is to release a publicly available TraceLab experiment including reusable and modifiable components as well as associated datasets, and to establish baseline results that would encourage further experimentation.
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