基于类关联规则的软件缺陷预测

Yuanxun Shao, B. Liu, Guoqi Li, Shihai Wang
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引用次数: 5

摘要

尽管在利用静态代码属性识别软件缺陷模块方面已有大量研究,但仍存在许多挑战。例如,通过从不平衡的数据集中学习来预测缺陷的apriori类型算法很难实现。为了提高缺陷预测的准确性和可理解性,提出了一种基于类关联规则算法的缺陷预测方法。类关联规则被视为一个单独的类标签,这是一种特定类型的关联规则,它探索属性和类别之间的关系。通过与四个数据集的实证比较,该方法优于其他四种分类技术,证明了该方法在缺陷预测方面的价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Software defect prediction based on class-association rules
Although there have lots of studies on using static code attributes to identify defective software modules, there still have many challenges. For instance, it is difficult to implement the Apriori-type algorithm to predict defects by learning from an imbalanced dataset. For more accurate and understandable defect prediction, a novel approach based on class-association rules algorithm is proposed. Class-association rules are looked as a separate class label, which is a specific type of association rules that explores the relationship between attributes and categories. In an empirical comparison with four datasets, the novel approach is superior to other four classification techniques and accordingly, proved it's valuable for defect prediction.
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