Classification Based Software Defect Prediction Model for Finance Software System - An Industry Study

L. Zong
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引用次数: 2

Abstract

Automated software defect prediction is an important and fundamental activity in the domain of software development. Successful software defect prediction can save testing effort thus reduce the time and cost for software development. However, software systems for finance company are inherently large and complex with numerous interfaces with other systems. Thus, identifying and selecting a good model and a set of features is important but challenging problem. In our paper, we first define the problem we want to solve. Then we propose a prediction model based on binary classification and a set of novel features, which is more specific for finance software systems. We collected 15 months real production data and labelled it as our dataset. The experiment shows our model and features can give a better prediction accuracy for finance systems. In addition, we demonstrate how our prediction model helps improve our production quality further. Unlike other research papers, our proposal focuses to solve problem in real finance industry.
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基于分类的财务软件系统软件缺陷预测模型——行业研究
自动化软件缺陷预测是软件开发领域中一项重要的基础性活动。成功的软件缺陷预测可以节省测试工作,从而减少软件开发的时间和成本。然而,金融公司的软件系统本质上是庞大而复杂的,与其他系统有许多接口。因此,识别和选择一个好的模型和一组特征是一个重要但具有挑战性的问题。在本文中,我们首先定义要解决的问题。在此基础上,提出了一种基于二元分类和一组新特征的预测模型,该模型更适合于财务软件系统。我们收集了15个月的实际生产数据,并将其标记为我们的数据集。实验表明,我们的模型和特征对金融系统具有较好的预测精度。此外,我们还演示了我们的预测模型如何帮助我们进一步提高生产质量。与其他研究论文不同的是,我们的提案侧重于解决实体金融行业的问题。
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