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A prediction method of defaulters of bank loans based on big data mining

机译:基于大数据挖掘的银行贷款违约行为预测方法

摘要

#$%^&*AU2020100708A420200618.pdf#####Abstract This invention is applied to the field of financial data analysis, and the probability model is constructed by combining the observed and recorded data with the actual common sense to determine the possibility of the event. This invention includes the following steps: 1. Make essential preparations, including data collecting, cleaning and importing 2. Build the project analysis process, including TAN, Markov and Markov FS three different models 3. Give the relative importance of prediction components and the relationship between each prediction variable. Evaluate the accuracy of the model. The accuracy of model prediction is verified by comparing the original data with the model prediction data. Finally, we find that Tree Augmented Naive Bayesian model accounts for the highest accuracy rate.Load data Set target quantity -I r Discard the nill value Determine the Bayesian model as the classification model to be used Establish the models under the python IDE Build the TAN Build the Markon Build the Markonmodel model FS model Analyze and predict data under the models The prediction results of the target values of each rnodel are obtained The model is evaluated based on the results Figure I 1
机译:#$%^&* AU2020100708A420200618.pdf #####抽象本发明应用于财务数据分析领域,并且通过结合观察和记录来构建概率模型具有实际常识的数据来确定事件。本发明包括以下步骤:1.使必要准备工作,包括数据收集,清理和导入2.构建项目分析过程,包括TAN,Markov和Markov FS三种不同的模型3.给出预测的相对重要性组件和每个预测变量之间的关系。评估模型的准确性。模型预测的准确性为通过将原始数据与模型预测数据进行比较来进行验证。最后,我们发现树增强朴素贝叶斯模型占最高的准确率。载入资料设定目标数量r丢弃指甲值确定贝叶斯模型为分类使用的模型建立模型在python下集成开发环境建立TAN建立Markon建立Markon模型模型FS模型分析和预测下的数据楷模预测目标的结果每个值获得了诺德尔该模型是根据评估结果图一1个

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