Research
My research focuses on improving data-driven decisions using statistical learning and stochastic modeling methods with application in service operations and revenue management.
I am particularly interested in improving decision-making within complex information-sharing environments and system dynamics. My recent research topics include:
- Spread and control of misinformation in online platforms
- Optimal combination of forecasts from multiple biased sources
- Service allocation with customer returns
In terms of methodologies, my research inquiries are addressed using a broad spectrum of tools, including dynamic programming, Bayesian statistics, applied probability, reinforcement learning, decentralized control, and robust optimization.
Journal Articles
Papers Under Review or In Preparation
- Dynamic service allocation with returns: the case of admission and discharge control with readmission in hospital, with Hossein Abouee-Mehrizi, Ya-tang Chuang, and Michael Jong Kim
Under review at Operations Research
Second Place, CORS Health Care Operational Research SIG Student Paper Competition
SSRN Version - Diversified learning: Bayesian control with multiple biased information sources, with Jussi Keppo and Michael Jong Kim
Manuscript in preparation
SSRN Version - Efficiency gains in the health Sector through data-driven patient scheduling: the case of paediatric rehabilitation services, with Hossein Abouee-Mehrizi, Benjamin Ravenscroft, and Brendan Wylie-Toal
Manuscript in preparation
Finalist, CORS Practice Prize Competition 2024
Work in Progress
- Optimal feature selection for multi-variate Bayesian control charts
- Robust data-driven scheduling with multiple follow-up appointments