Customer-Base Analysis using Repeated Cross-Sectional Summary (RCSS) Data

Loading...
Thumbnail Image

Embargo Date

Related Collections

Degree type

Discipline

Subject

customer-base analysis
probability models
data aggregation
data privacy and security
information loss
Applied Statistics
Business
Business Administration, Management, and Operations
Business Analytics
Management Information Systems
Management Sciences and Quantitative Methods
Marketing

Funder

Grant number

License

Copyright date

Distributor

Related resources

Contributor

Abstract

We address a critical question that many firms are facing today: Can customer data be stored and analyzed in an easy-to-manage and scalable manner without significantly compromising the inferences that can be made about the customers’ transaction activity? We address this question in the context of customer-base analysis. A number of researchers have developed customer-base analysis models that perform very well given detailed individual-level data. We explore the possibility of estimating these models using aggregated data summaries alone, namely repeated cross-sectional summaries (RCSS) of the transaction data. Such summaries are easy to create, visualize, and distribute, irrespective of the size of the customer base. An added advantage of the RCSS data structure is that individual customers cannot be identified, which makes it desirable from a data privacy and security viewpoint as well. We focus on the widely used Pareto/NBD model and carry out a comprehensive simulation study covering a vast spectrum of market scenarios. We find that the RCSS format of four quarterly histograms serves as a suitable substitute for individual-level data. We confirm the results of the simulations on a real dataset of purchasing from an online fashion retailer.

Advisor

Date Range for Data Collection (Start Date)

Date Range for Data Collection (End Date)

Digital Object Identifier

Series name and number

Publication date

2016-02-16

Volume number

Issue number

Publisher

Publisher DOI

Journal Issues

Comments

Recommended citation

Collection