使用集成机器学习的信用评分

Ping Yao
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引用次数: 9

摘要

在本研究中,我们应用集成机器学习来评估信用评分。以决策树为基准算法,在不同的实验条件下对两种流行的集成学习方法bagging和boosting进行了评估:使用所有14个特征,使用从UCI数据集中选择的澳大利亚信用数据的6个特征。结果表明,在所有特征的实验中,集成学习可以提高性能。adaboost CART具有14个特征,结果最好,总体正确率从83.25%提高到85.86%。
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Credit Scoring Using Ensemble Machine Learning
In this study, we applied ensemble machine learning to evaluate credit scoring. With decision tree as the baseline algorithm, two popular ensemble learning methods, bagging and boosting, were evaluated across different experiment conditions: using all 14 features, using selected 6 features on Australian credit data form UCI data set. Results showed that in experiments with all features improved performance was achieved by ensemble learning. The best result was obtained in adaboost CART with 14 features, in which the overall correct rate increases from 83.25% to 85.86%.
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