Transitioning Fault Prediction Models to a New Environment

Jesper Derehag, E. Weyuker, T. Ostrand, Daniel Sundmark
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引用次数: 3

Abstract

We describe the application and evaluation of fault prediction algorithms to a project developed by a Swedish company that transitioned from waterfall to agile development methods. The project used two different version control systems and a separate bug tracking system during its lifetime. The algorithms were originally designed for use on systems implemented with a traditional waterfall process at American companies that maintained their project records in an integrated database system that combined bug recording and version control. We compare the performance of the original prediction model on the American systems to the results obtained in the Swedish environment in both its pre-agile and agile stages. We also consider the impact of additional variables in the model.
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故障预测模型在新环境中的转换
本文描述了故障预测算法在瑞典一家公司开发的项目中的应用和评估,该项目由瀑布开发方法过渡到敏捷开发方法。该项目在其生命周期中使用了两个不同的版本控制系统和一个单独的bug跟踪系统。这些算法最初是为美国公司使用传统瀑布过程实现的系统而设计的,这些公司将项目记录保存在一个集成的数据库系统中,该数据库系统结合了错误记录和版本控制。我们将原始预测模型在美国系统上的性能与在瑞典环境中在敏捷前和敏捷阶段获得的结果进行了比较。我们还考虑了模型中其他变量的影响。
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