Dominique Haughton (PhD MIT 1983) is Professor Emerita of Mathematical Sciences and Global Studies at Bentley University near Boston, and Affiliated Researcher at Université Paris 1 (Pantheon-Sorbonne, SAMM) and at Université Toulouse 1 (TSE-R). Her widely published work concentrates on how to best leverage modern analytics techniques to address questions of business or societal interest. She is an alumna of the Ecole Normale Supérieure and a Fellow of the American Statistical Association.
Jonathan Haughton earned his PhD in economics from Harvard University in 1983. He has published widely in the areas of economic development, taxation, the environment, and the analysis and measurement of poverty. Until recently, he chaired the economics department at Suffolk University, Boston, and he has taught or worked as a consultant in over 20 countries on five continents.
Victor S.Y. Lo is an executive with over three decades of consulting and corporate experience employing data-driven solutions in a wide variety of business areas, including Marketing, Risk Management, Financial Econometrics, Insurance, Product Development, Transportation, Healthcare, Operations Management, and Human Resources, and is a pioneer of uplift modeling. He is currently SVP, Data Science and AI at Fidelity Investments, and has led data science and analytics teams in various organizations. Victor earned a master´s degree in Operational Research and a PhD in Statistics, and was a Postdoctoral Fellow in Management Science.
Among the most important questions that businesses ask are some very simple ones: If I decide to do something, will it work? And if so, how large are the effects? To answer these predictive questions, and later base decisions on them, we need to establish causal relationships.
Establishing and measuring causality can be difficult. This book explains the most useful techniques for discerning causality and illustrates the principles with numerous examples from business. It discusses randomized experiments (aka A/B testing) and techniques such as propensity score matching, synthetic controls, double differences, and instrumental variables. There is a chapter on the powerful AI approach of Directed Acyclic Graphs (aka Bayesian Networks), another on structural equation models, and one on time-series techniques, including Granger causality.
At the heart of the book are four chapters on uplift modeling, where the goal is to help firms determine how best to deploy their resources for marketing or other interventions. We start by modeling uplift, discuss the test-and-learn process, and provide an overview of the preillegalscriptive analytics of uplift.
The book is written in an accessible style and will be of interest to data analysts and strategists in business, to students and instructors of business and analytics who have a solid foundation in statistics, and to data scientists who recognize the need to take seriously the need for causality as an essential input into effective decision-making.
1. Introduction to Cause-and-Effect Business Analytics 2. Review of common data mining techniques 3. Causality 4. Causality: Synthetic Control, Regression Discontinuity, and Instrumental Variables 5. Directed Acyclic Graphs 6. Uplift Analytics I: Mining for the Truly Responsive Customers and Prospects 7. Test and Learn for Uplift 8. Uplift Analytics III: Model-Driven Decision-Making and Treatment Optimization Using Preillegalscriptive Analytics 9. Uplift Analytics IV: Advanced Modeling Techniques for Randomized and Non-Randomized Experiments 10. Causality in Times Series Data 11. Structural Equation Models 12. Discussion and Summary
This book examines under what circumstances, and with which techniques, one can reasonably infer cause and effect in a business setting, and use the insight to drive business decisions. It is written at a level accessible to anyone with a master´s degree in analytics, business, economics, statistics, computer science, or a related field.
"The book is valuable for data scientists and business strategists for actual applications of the causal modeling. It also is helpful for instructors and students for courses on the capabilities of modern statistical causality modeling explained with multiple examples on business data."
Stan Lipovetsky, Technometrics, 2026.
Über den Autor
Dominique Haughton is affiliated with the Department of Mathematical Sciences, Bentley University, Waltham, Massachusetts.
Jonathan Haughton is affiliated with the Department of Economics, Suffolk University, Boston, Massachusetts.
Victor S.Y. Lo is affiliated with the Valente Center for Arts and Sciences, Bentley University, Waltham, Massachusetts, and also with a major financial institution in Massachusetts.
Inhaltsverzeichnis
Introduction to causal business analytics. Review of common statistical/econometric and data mining techniques. Causal inference I. Causal inference II. Uplift (aka True-lift) analytics I. Uplift analytics II. Treatment optimization. Uplift analytics for non-random experiments. Causal analytics in time series I. Causal analytics in time series II. Structural Equation Modeling (SEM). Discussion and Summary.
