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Software Fault Proneness Prediction Using Genetic Based Machine Learning Techniques

机译:基于遗传基于机器学习技术的软件故障预测

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This work is an attempt to propose a software replica to predict fault proneness by means of genetic based method implementing machine learning. The underlying method is collection of data from open source software, where the data will be in form of object oriented metrics. The said data would be used to create model for forecasting the faults. These techniques are known as genetic based Classifier Systems or learning classifier systems. Later in this work, there is in detail description about data collection technique and stepwise algorithm to get the results. In the end it can be concluded that these techniques can be used to make prediction model on object oriented data of software and can be useful pertaining to fault proneness prediction in the near the beginning stages in the development sequence. of any software (SDLC).
机译:这项工作是一种尝试通过实现机器学习的基于遗传方法来提出软件复制来预测故障透明。底层方法是来自开源软件的数据的集合,其中数据将以面向对象的指标的形式。所述数据将用于创建模型以预测故障。这些技术被称为基于基于遗传的分类器系统或学习分类器系统。在这项工作之后,详细说明了关于数据收集技术和逐步算法的说明来获取结果。最后,可以得出结论,这些技术可用于对软件的面向对象数据进行预测模型,并且可以有用于开发序列中的开头阶段的近似阶段中的故障恒展预测。任何软件(SDLC)。

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