Joint analysis of longitudinal and recurrent event data: A functional regression approach with autoregressive frailty
In Statistical Methods in Medical Research, 35(7), 1463–1479 · 2026
I develop statistical methods and open-source software for survival and recurrent-event data, with applications in public health and clinical research. I am an associate professor in the Department of Statistics and Data Science at Southern Methodist University. My work connects methodological research with practical tools for analyzing complex event histories. Before joining SMU, I held appointments at UT Dallas, Harvard T.H. Chan School of Public Health, and the University of Minnesota Duluth. I am an elected member of the International Statistical Institute.
Ph.D. in Statistics, 2013
University of Connecticut
B.S. in Statistics, 2008
University of Connecticut
B.S. in Applied Mathematics, 2008
University of Connecticut
In Statistical Methods in Medical Research, 35(7), 1463–1479 · 2026
In Journal of Multivariate Analysis · 2026
In Journals of the American College of Cardiology: Asia · 2026
R package
Functional predictors for recurrent events
Jointly model longitudinal measurements and recurrent events using functional regression with autoregressive frailty.
R package
Regression for recurrent events
Fit regression models for recurrent events and terminal outcomes, with tools for visualization and simulation.
R package
Accelerated failure time models
Fit accelerated failure time models with rank-based estimation and generalized estimating equations.
Research code
Prediction of recurrent events
Code and examples for global and episode-specific prediction using survival tree ensembles.
Syllabus Spring 2026 Junkins Building 0203 TuTh 12:30 pm – 1:50 pm
For questions about my research, software, or teaching, please email me.