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A new software maintainability evaluation model based on multiple classifiers combination

机译:一种基于多分类器组合的新软件可维护性评估模型

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A Software Maintainability Evaluation Model based on Multiple Classifiers Combination (SMEM-MCC) is proposed, which is a software metrics based evaluation method. The model includes three parts: attributes selection, model training and model interpretation. Attributes are selected using a classifying selection method based on Genetic Algorithm (GA). The sub-classifiers of the integrated model are assembled by a BP NN. A rule extracting algorithm based on decision tree is used to interpret the results of the integrated model. A Software maintainability experiments is conducted, and a dataset which includes 300 software's class design metrics is achieved. The SMEM-MCC is trained and evaluated based on the dataset. The predication results show that the model proposed in this paper work better than any other single classifier, such as BPNN, SMO or decision tree.
机译:提出了一种基于多分类器组合(SMEM-MCC)的软件可维护性评估模型,这是一种基于软件度量的评估方法。 该模型包括三个部分:属性选择,模型培训和模型解释。 使用基于遗传算法(GA)的分类选择方法选择属性。 集成模型的子分类器由BP NN组装。 基于决策树的规则提取算法用于解释集成模型的结果。 进行软件可维护性实验,并且实现了包含300个软件类设计度量的数据集。 SMEM-MCC根据数据集进行培训和评估。 预测结果表明,本文提出的模型优于任何其他单个分类器,例如BPNN,SMO或决策树。

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