利用各种机器学习技术识别信用卡违约者并预测欺诈交易

Shreeyash Bhaskar Mane Deshmukh, Savita Sangam
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引用次数: 0

摘要

近年来,随着信用卡交易数量的增加,通过 Razor pay、Billing desk 支付网关产生了大量数据。印度政府鼓励每个人在数字印度计划下通过在线支付网关进行数字交易。为了实现银行领域的无现金经济,预订机票、网上购物、预订火车票等信用卡交易在科维德病毒大流行后迅速增加。信用卡银行在 BPCL 和 HP 等指定加油站加油时提供一定比例的现金返还和积分等优惠,因此有更多用户在加油站使用信用卡加油。这是数字印度概念的积极一面。由于通过信用卡进行在线交易的数量不断增加,使用信用卡交易的违约者和欺诈者也随之增加。在通过信用卡进行在线支付的过程中,会产生大量数据,包括客户信息、信用卡号、客户喜欢购买的产品类型、信用记录、交易记录以及客户是否在到期日之前支付了信用卡账单。客户的 CIBIL 分数是根据信用卡到期还款日生成的,供日后参考。如果信用卡持卡人拖欠信用卡账单,就会受到严重影响。因此,我们将提出一种解决方案,利用不同的机器学习算法技术生成一个模型,以避免出现这种情况。我们正在使用准确率、精确度、召回率和 F1 分数等评估矩阵对不同性能的模型进行比较,以识别拖欠者。包括使用机器学习算法支持向量机、逻辑回归和随机森林对历史信用卡交易进行决策,以识别信用卡违约者,防止信用卡贷款银行遭受经济损失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identifying Credit Card Defaulters and Predicting Fraudulent Transactions using Various Machine Learning Techniques
In recent years as increase in number of credit card transactions, large amount of data generated via Razor pay, Billing desk payment gateways. Indian government encourages to each and every individual to do digital transactions via online payment gateway under the scheme of digital India. For going cashless economy under the banking domain credit card transactions for the booking flight tickets, online shopping, railway ticket booking has increased rapidly after the covid pandemic. Credit card banks giving offers like some amount of percentage of cashback and some credit points for the refilling the fuel on the selected petrol pumps like BPCL and HP so a greater number of users to use credit card on petrol pumps for filling up the fuel tank. This is the positive side of the digital India concept. Due to increasing number of online transactions via credit card it also increases the defaulters and fraud by using credit cards transactions. During online payment via credit card a large amount of data is generated including customer information, credit card number, what type of product customer like to purchase, credit history, transactions history and has the customer pay the credit card bill before due date. As the customers CIBIL score is generated on the basis of due date payment of credit card which is used for future reference. Credit card holder have serious implication if credit card holder is a defaulter. So, we are going to propose a solution of generating a model by using different machine learning algorithm techniques to avoid such situation. We are doing comparison of different performance models to identify defaulters using evaluation matrices such as accuracy, precision, recall and F1-score. Including decision making on historical credit card transaction using machine learning algorithms Support vector Machine, Logistic regression and Random Forest to identify credit card defaulters to preventing the financial loss of the credit card lending banks.
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