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Assessing the Differences of Clone Detection Methods Used in the Fault-Prone Module Prediction

机译:评估故障易于模块预测中使用的克隆检测方法的差异

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We have investigated through several experiments the differences in the fault-prone module prediction accuracy caused by the differences in the constituent code clone metrics of the prediction model. In the previous studies, they use one or more code clone metrics as independent variables to build an accurate prediction model. While they often use the clone detection method proposed by Kamiya et al. to calculate these metrics, the effect of the detection method on the prediction accuracy is not clear. In the experiment, we built prediction models using a dataset collected from an open source software project. The result suggests that the prediction accuracy is improved, when clone metrics derived from the various clone detection tool are used.
机译:我们已经通过了几个实验进行了调查,这是由预测模型的组成代码克隆度量的差异引起的故障易于模块预测准确性的差异。在以前的研究中,他们使用一个或多个代码克隆度量作为独立变量来构建精确的预测模型。虽然它们经常使用Kamiya等人提出的克隆检测方法。为了计算这些度量,检测方法对预测精度的影响尚不清楚。在实验中,我们使用从开源软件项目收集的数据集建立了预测模型。结果表明,当使用源自各种克隆检测工具的克隆度量时,提高了预测精度。

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