Designing Fault-Counter for Object-Oriented Software using Bagging Technique

Sandeep Soumya Sekhar Mishra, P. Dutta, Gayatri Nayak, A. Tripathy, P. Kishore, S. Barisal
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Abstract

In Software Engineering, the faults present in software are the most critical issues, since they produce many incorrect and unreliable results. For developing reliable software, these faults must be resolved. In this project, a fault counter model is designed to predict the number of faulty modules present in a software project. There are four contributions in this work. The first contribution is to collect the dataset. The collected dataset contains numerous high-ranged and null values. In the second contribution, data pre-processing techniques like standard scaling and null-value removal are applied. The third contribution is to apply feature selection techniques to remove the least important features from the dataset. The fourth contribution is to predict the number of faults present in software projects using the Bagging Technique. The proposed model achieves a 0.55 R2_ Score.
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基于Bagging技术的面向对象软件故障计数器设计
在软件工程中,软件中存在的故障是最关键的问题,因为它们会产生许多不正确和不可靠的结果。为了开发可靠的软件,必须解决这些故障。在这个项目中,设计了一个故障计数器模型来预测软件项目中存在的故障模块的数量。在这项工作中有四个贡献。第一个贡献是收集数据集。收集的数据集包含许多高范围值和空值。在第二个贡献中,应用了数据预处理技术,如标准缩放和零值去除。第三个贡献是应用特征选择技术从数据集中去除最不重要的特征。第四个贡献是使用Bagging技术预测软件项目中出现的错误数量。该模型的r2_score为0.55。
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