[email protected] +91 9840521421 Scholarly Open Access, Peer-reviewed, Refereed Journal e-ISSN 2582-8746 Since 2020
  1. Home
  2. Archives
  3. 2022
  4. Vol. 3 Issue 4
  5. Article
Research Article

Credit Card Fraud Detection Using Random Forest Algorithm

Open Access Peer Reviewed

Authors

  • Rajeswari.M1
  • Srinithi.K.M2

1Assistant Professor, Department of Computer Science and Engineering IFET College of Engineering, Villupuram, TN, India. 2UG Scholar, Department of Computer Science and Engineering IFET College of Engineering, Villupuram, TN, India.

Article Information

DOI
No DOI
Published Online
July-August 2022
Pages
127-133
Article Type
Research Article
Check for updates
No DOI available for cross-reference

Abstract

View PDF

Abstract : Over few years, Credit card fraud has become one of the most common types of fraud prevalent issues. The major purpose of this project is to detection of fraudulent activity in the actual world. The recent increase in transactions has resulted with such a huge increase in illegal transactions. The purpose is to obtain things without having to pay for them or to remove money from one account without being authorized. All credit card providing institutions must implement robust detecting fraud systems in order to minimize their losses. The fact that neither cards nor card users must be present in the transaction is among the most difficult parts of running a business. As a result, the retailer has no way of determining whether or not the customer is purchasing the actual cardholder. The accuracy of the proposed scheme is achieved by utilizing the random forest. A random forest algorithm involves analyzing the dataset and the user's current dataset. Finally, improve the correctness of the outcome data and then process some of the offered qualities to identify fraud detection. A thorough review of existing and planned fraud detection methods and a comparison of these strategies, have been conducted. As a result, classification models based on the Random forest technique are applied to the data, and the model's performance is measured using graphical representations of precision, classification accuracy and f1-score.

APC from ₹1200 + 18% GST

Peer-reviewed open access₹1200 Indian (₹1400 with DOI)$80 USD internationalpaid after acceptance Peer-reviewed open access₹1200 Indian$80 USD international ₹1200 Indian · $80 intl

  • CrossRef DOI
  • ISSN 2582-8746
  • Open Access
  • Peer Reviewed
  • Plagiarism Checked
  • Google Scholar
Submit Paper