Bank Account Abnormal Transaction Recognition Based on Relief Algorithm and BalanceCascade

Yun-xiang Liu, Ze-Shen Tang, Qi Xu
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Abstract

With the rapid development of the banking industry, the number of transactions is exponential growth.At the same time, abnormal transactions are also increasing, causing immeasurable losses and risks.In terms of how to accurately identify suspicious transactions from massive customer information and bank account transaction data, this paper adopts the BalanceCascade algorithm based on Relief to solve the problem of unbalanced data in the identification of abnormal transactions in bank accounts, and proposes an effective abnormal transaction identification model.At the same time, the AUC and K-S index as the unbalanced data classification standards of performance evaluation, and finally to Kaggle data platform of bank accounts abnormal transaction data set, the results show that the proposed identification model of performance evaluation index of AUC 0.90 KS value at the same time also is as high as 0.64, shows that the model in as much as possible to reduce the rate of false positives and has high ability of classification and recognition, the method of bank accounts abnormal transaction identification has a certain reference value, enhance rapid response and improve the level of customer service for Banks have certain effect.
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基于救济算法和BalanceCascade的银行账户异常交易识别
随着银行业的快速发展,交易数量呈指数级增长。与此同时,异常交易也在增加,造成了不可估量的损失和风险。针对如何从海量客户信息和银行账户交易数据中准确识别可疑交易,本文采用基于Relief的BalanceCascade算法解决银行账户异常交易识别中数据不平衡的问题,提出了一种有效的异常交易识别模型。同时,AUC和钴指数作为绩效评估的不平衡数据分类标准,最后Kaggle数据平台的银行账户异常事务数据集,结果表明,该识别模型的性能评价指标的AUC 0.90 k值同时也高达0.64,表明该模型在尽可能减少误报率,具有较高的分类和识别的能力,该方法对银行账户异常交易识别具有一定的参考价值,对银行增强快速反应能力和提高客户服务水平具有一定的作用。
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