Fuzzy Particle Swarm Optimization Feature Selection and Aggrandized Classifier for Uncovering Frauds in Credit Card Deals

Jisha.M V,D.Vimal Kumar

doi:10.35940/ijeat.b4541.029320

Abstract

In today's economy, credit card plays a very important role. The rise of credit card customers improved, credit card scam cases were also on the rise. Numerous procedures are anticipated to challenge the evolution of the frauds in credit cards. In this research work, proposed an innovative fraud detection method which utilizes the similar cardholder’s behavioral patterns to construct a current cardholder’s interactive profile in order to stay away from the credit card scams. However, the selection of optimal features from the samples and the decision cost for accuracy becomes main important problem. To illuminate these issues this proposed research work presents an innovative fraud detection technique that makes out of four phases: 1. To augment a cardholder’s behavioral styles, first we divide all cardholders into distinctive groups making use of the cardholder’s historical transaction data such that the members of each group have the similar transaction behavior by K-means. 2. Introduces a new Fuzzy Particle Swarm Optimization (FPSO) feature selection for the amplification of fraud detection in credit cards. 3. By means of a prolonged wrapper method, an ensemble classification are performed by Aggrandized Kernel based Support Vector Machine (AKSVM).4.Refreshing the cardholder’s social profile with an input system. This Proposed work adopts the external quality metrics as Accuracy, Recall, Concept drift rate and Fraud feature rate. The UCI dataset is used and is done in MATLAB framework. The analytical measures were used to estimate the routine of the mentioned fraud detection technique. The simulation results show that this proposed innovative fraud detection method provides better accuracy results than other fraud detection techniques. The low concept drift rate results the gain of the innovative method to classify the transactions accurately.

Highlights

In the present era, financial organizations had magnified the financial facilities by using innovative services such as credit cards, web and portable financial transaction services and Automated teller machines (ATM) [1]
By means of a prolonged wrapper method, an ensemble classification are performed by Aggrandized Kernel based Support Vector Machine (AKSVM).4.Refreshing the cardholder’s social profile with an input system
This proposed method provides the best framework to detect the fraud and the result shows that Aggrandized Kernel Support Vector Machine (SVM) performance is excellent

Summary

Introduction

Financial organizations had magnified the financial facilities by using innovative services such as credit cards, web and portable financial transaction services and Automated teller machines (ATM) [1]. The pattern in which transactions are made by the customer is the only way through which it is possible to identify that the credit card is stolen. The classification method can identify the fraud but cannot differentiate normal behavior from diverse cardholder’s [8].The abnormality identifier have the ability to disclose the behavior of the cardholder [7], but cannot depict the fraud. Concept drift problem is a task which is not solved by the mentioned methods [9].Facing above challenges, with the view of analogous cardholder’s and their ancient transactions, abstract the behavioral pattern of a cardholder. This research effort is briefly given by the subsequent ways: Revised Manuscript Received on February 05, 2020 *Correspondence Author

Methods

Results

Conclusion