Posted Date : 02nd Jan, 2026
International Journal of All Research Education & Scientific Metho...
Posted Date : 07th Mar, 2025
Peer-Reviewed Journals List: A Guide to Quality Research Publications ...
Posted Date : 07th Mar, 2025
Choosing the right journal is crucial for successful publication. Cons...
Posted Date : 27th Feb, 2025
Why Peer-Reviewed Journals Matter Quality Control: The peer revie...
Posted Date : 27th Feb, 2025
The Peer Review Process The peer review process typically follows sev...
Credit Card Fraud Detection System Using Classification Technique and Random Forest Algorithm
Author Name : D Vinay Yadav, Dr Vanitha Kakollu
ABSTRACT
In recent years, machine learning has been widely used for the fraud detection process and achieved favourable performance. According to the financial sector’s have focused attention recent computational methodologies to provide the credit card fraud problem. Our analysis provides a comprehensive guide to sensitivity analysis of current parameters with regards towords the current performance in credit card fraud detection. It defines only the numerical input variables which the help of the Principal Component Analysis (PCA) transformation. Unfortunately, due to confidentiality issues, we should not provide the original features and more background information to be provided. To predict machine learning model to predict whether a transaction is fraudulent or not by approaching logistics, support vector classifier, Random forest algorithms and identify the most important variables that may lead to higher accuracy in credit card fraudulent transaction detection. Additionally, we can compare and discuss the performance of various machine learning algorithms from the bank credit dataset with evaluation classification report from Principal Component Analysis and identify the confusion matrix and scalar metrics. So, present a framework of the parameter of the Machine learning topologies for the credit card fraud detection is to be enable financial institutions to reduce losses by preventing fraudulent activity towords the bank related process.
Keywords: Credit card fraud, Machine learning, Random forest algorithm, Confusion matrix, Scalar matrix, Support vector classifier