Credit Card Fraud Detection using Machine Learning Techniques

Nishank Jain, A. Chaudhary, Anil Kumar
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Abstract

The COVID-19 pandemic has caused a huge decline in money usage, with everything turning online these days. It has contributed to an increase in contactless payments that was unimaginable before. A credit card is the most extensively used method of payment, and it is becoming increasingly digital as the number of daily electronic transactions increases, making it more vulnerable to fraud. Credit card firms have suffered losses because of widespread card fraud. The most common worry is the recognition of credit card fraud. As a result, organizations are looking toward advanced device understanding technologies since they can handle a lot of data and spot irregularities that humans would miss. The development of effective To stop these losses, fraud detection algorithms are essential. An increasing number of these algorithms rely on cutting-edge computer methods that can assist fraud investigators. However, the appearance of the full-proof Fraud Detection System demands the use of high performing algorithms that are both exact and sturdy enough to handle massive amounts of data. The algorithm is run using open-source software using R statistical programming. This project tries to provide options by studying several fraud detection systems and highlighting their strengths and limitations.
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使用机器学习技术的信用卡欺诈检测
新冠肺炎疫情导致货币使用量大幅下降,如今一切都转向了网上。它促进了非接触式支付的增长,这在以前是不可想象的。信用卡是最广泛使用的支付方式,随着日常电子交易数量的增加,它也变得越来越数字化,这使得它更容易受到欺诈的影响。由于广泛的信用卡欺诈,信用卡公司遭受了损失。最常见的担忧是信用卡诈骗的识别。因此,组织正在寻求先进的设备理解技术,因为它们可以处理大量数据并发现人类可能错过的违规行为。为了阻止这些损失,有效的欺诈检测算法的发展至关重要。越来越多的此类算法依赖于能够协助欺诈调查人员的尖端计算机方法。然而,全防欺诈检测系统的出现要求使用高性能算法,这些算法既精确又坚固,足以处理大量数据。该算法使用开源软件运行,使用R统计编程。本项目试图通过研究几种欺诈检测系统并突出其优点和局限性来提供选择。
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