Identification of Money Laundering based on Financial Action Task Force Using Transaction Flow Analysis System
Journal: Bonfring International Journal of Industrial Engineering and Management Science (Vol.7, No. 1)Publication Date: 2017-02-28
Authors : Dr.G. Krishnapriya;
Page : 01-04
Keywords : The Financial Sector; Money Laundering; Potential Transaction; Sequence Mining.;
Abstract
Money laundering transaction is to be identified in the real world financial application; a new method can be proposed for detection. In this system, a laundering detection is based on the social network using transaction flow analysis system wetop-quality an appropriate classifying strategy to determine typical money laundering patterns and money laundering rules. From that state, we can quickly identify the abnormal transaction data. A part of a larger chain transactions in money laundering is to be such risk. For to overcome that risk we use a social network to connect missing links in potential transaction sequences. A financial sector independent risk assessment can be provided to submit the transaction. The potential participants can be connected to a social network. The transformation of vast quantities of data into a huge number of reports is not a perfect detection for to overcome that we use a Transaction Flow Analysis. From distributive box and collective box, the transaction mining system is to detect the money laundering. In this system, we can also use a Financial Action Task Force (FATF) to avoid a money laundering. From social network analysis money laundering of terrorist financing. We can also detect the criminal activities involve in the money laundering. The FATF can provide a static assessment of money Laundering.
Other Latest Articles
- A Heuristic for Group Scheduling the Multi-stage Hybrid Flow Shop Problems
- Effect of Rake Angle on Chip Control in CNC Lathe Machining of Low Carbon Steel
- Experimental Investigation of Tool Wear of Single Point Cutting Tool Insert Using Different Lubricants: A Comparative Study
- Hydraulic Actuator Systems with Non-Newtonian Working Fluid
- Technique to Enhance FDM 3D Metal Printing
Last modified: 2017-03-06 12:35:25