Title of article :
Detecting Valuable Customers Using the Trade Patterns of Financial Transactions Applying Integrated RFM and OLAP
Author/Authors :
Khalilinezhad, Shima Department of Marketing Management - Firozkoh branch - Islamic Azad University - Firouzkoh, Iran , Fazlollahtabar, Hamed Department of Industrial Engineering - School of Engineering - Damghan University - Damghan, Iran , Minaei-Bidgoli, Behrouz School of Computer Engineering - Iran University of Science and Technology - Tehran, Iran , Eslami Nosratabadi, Hamid Department of Computer Science - University of Porto - Porto, Portugal
Abstract :
One of the challenges that banks are faced with is recognition and differentiation of customers and
providing customized services to them. Recognizing valuable customers based on their field of
business is one of the key objectives and competitive advantages of banks. To determine guild
patterns of the valuable customers based on their transactions and value of each guild for the
bank, the banking tools on which the customer’s transactions take place need to be surveyed.
Using deeper insights into the value of each guild, banks can provide customized services to
ensure satisfaction and loyalty of their customers. Study population was comprised of the holders
of point of sale (POS) devices in different guilds and the transactions done through the devices in
an 18-months period. Datamining methods were employed on the set of data and the results were
analyzed. Data preparation and analysis were done though online analytical processing (OLAP)
method and to find guild patterns of the bank customers, value of each customer was determined
using recency, frequency, monetary (RFM) method and clustered based on K-means algorithm.
Finally, specifications of customers in the most valuable cluster were analyzed based on their
guilds and the rules were extracted from the model developed using C5 decision tree algorithm.
Keywords :
Valuable customers , Datamining , RFM analysis , OLAP
Journal title :
International Journal of Industrial Engineering and Production Research