Personalized Dynamic Pricing with RFM Modeling
Dimitrios Kelesakis, Konstantinos N. Vavliakis, Andreas L. Symeonidis
Abstract
Dimitrios Kelesakis, Konstantinos N. Vavliakis, Andreas L. Symeonidis
Abstract
Dynamic pricing primitives from the airline and hotel industry have lately shifted to the wider electronic retail industry, however there is still a lack of ready to use frameworks for applying or testing dynamic pricing policies in online e-commerce stores. This has practically generated limitations in the way dynamic pricing can be applied in real-life. This paper introduces a new dynamic pricing model that uses an extended version of the RFM model to calculate a personal price for each product sold online. Moreover, our work introduces an open-source simulation framework that allows testing and validation or different dynamic pricing policies. According to our evaluation, the proposed methodology achieved 54.33% increase in net profits when compared with nine other merchants following a fixed pricing policy and 16.13% increase when compared with the derivative-following pricing strategy.
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Dynamic pricing primitives from the airline and hotel industry have lately shifted to the wider electronic retail industry, however there is still a lack of ready to use frameworks for applying or testing dynamic pricing policies in online e-commerce stores. This has practically generated limitations in the way dynamic pricing can be applied in real-life. This paper introduces a new dynamic pricing model that uses an extended version of the RFM model to calculate a personal price for each product sold online. Moreover, our work introduces an open-source simulation framework that allows testing and validation or different dynamic pricing policies. According to our evaluation, the proposed methodology achieved 54.33% increase in net profits when compared with nine other merchants following a fixed pricing policy and 16.13% increase when compared with the derivative-following pricing strategy.
Key concepts: Dynamic pricing, Pricing strategies, Computer science, Product (mathematics), Variable pricing, Business, Marketing, Mathematics