Ilbin Lee, PhD
Personal Website: https://sites.google.com/site/ilbinleewebpage/
Contact
Associate Professor, Alberta School of Business - Department of Accounting and Business Analytics
- ilbin@ualberta.ca
- Phone
- (780) 492-7763
- Address
-
3-21 C Business Building
11203 Saskatchewan Drive NWEdmonton ABT6G 2R6
Overview
Area of Study / Keywords
Decision-making Data uncertainty Data analytics Wildfire operations Healthcare Reinforcement learning Markov decision processes Policymaking
Research
Selected Research Papers
Lee, I. (2023) Is Separately Modeling Subpopulations Beneficial for Sequential Decision-Making? Operations Research. Davis, S., Zhang, J., Lee, I., Rezaei, M., Greiner, R., McAlister, F., & Padwal, R. (2022). Effective Hospital Readmission Prediction Models using Machine-Learned Features. BMC Health Services Research, 22, 1415.
Zheng, Y., Xie, Y., Lee, I., Dehghanian, A., & Serban, N. (2022). Parallel Subgradient Algorithm with Block Dual Decomposition for Large-scale Optimization. European Journal of Operational Research, 299(1), 60–74.
Curry, S., Lee, I., Ma, S., & Serban, N. (2022). Global Sensitivity Analysis via a Statistical Tolerance Approach. European Journal of Operational Research, 296(1), 44–59.
Lee, I., Curry, S., & Serban, N. (2019). Solving Large Batches of Linear Programs. INFORMS Journal on Computing, 31(2), 302–317.
Lee, I., Monahan, S., Serban, N., Griffin, P., & Tomar, S. (2018). Estimating the Cost Savings of Preventive Dental Services Delivered to Medicaid-Enrolled Children in Six Southeastern States. Health Services Research, 53(5), 3592–3616.
Selected Presentations
Retirement Decision-Making: When is the Right Time?
– INFORMS Annual Meeting, October 2024
Data-Driven Predictive and Prescriptive Approach for Wildfire Suppression Resource Deployment: A Case Study of Alberta Wildfires
– INFORMS Annual Meeting, October 2023
The Curse of Passive Data Collection in Batch Reinforcement Learning
– CORS/INFORMS International Conference, June 2022
Estimating the Treatment Effect of Initial Attack Resources in Wildfire Suppression
– Wildland Fire Canada Conference, November 2022
– POMS Conference, April 2022
Effective Hospital Readmission Prediction Models using Machine-Learned Features
– CORS Conference, May 2023
– INFORMS Healthcare Conference, July 2021
– INFORMS Annual Meeting, November 2020
Is Separately Modeling Subpopulations Beneficial for Sequential Decision-Making?
– INFORMS Annual Meeting, October 2022
– MSOM Conference, June 2022
– ESCP Business School, May 2022
– Industrial and Systems Engineering, KAIST, December 2019
– Industrial Management Engineering, Korea University, December 2019
– Management Science, University of Waterloo, November 2019
– INFORMS Healthcare Conference, July 2019
– INFORMS Computing Society Conference, January 2019
– Sauder School of Business, University of British Columbia, October 2018
Announcements
A Spotlight on Research at the Alberta School of Business
What does the 'Markov decision process' have to do with call centres?
My findings tell us...
- A new algorithm can improve firm solutions.
- Firms can minimize overall labour and waiting time costs using this new algorithm.
- This new algorithm finds a 'rule' that is simple to implement resulting in optimal staffing levels.
Courses
OM 420 - Predictive Business Analytics
Application of predictive statistical models in areas such as insurance risk management, credit risk evaluation, targeted advertising, appointment scheduling, hotel and airline overbooking, and fraud detection. Students will learn how to extract data from relational databases, prepare the data for analysis, and build basic predictive models using data mining software. Emphasizes the practical use of analytical tools to improve decisions rather than algorithm details. Prerequisite: MGTSC 352 or OM 352.
OM 620 - Predictive Business Analytics
Application of predictive statistical models in areas such as insurance risk management, credit risk evaluation, targeted advertising, appointment scheduling, hotel and airline overbooking, and fraud detection. Students will learn how to extract data from relational databases, prepare the data for analysis, and build basic predictive models using data mining software. Emphasizes the practical use of analytical tools to improve decisions rather than algorithm details. Prerequisite: MGTSC 501.
Featured Publications
Lee I., Riabov A., Sohrabi S., and Udrea O.
Proceedings of the 6th Goal Reasoning Workshop at IJCAI/FAIM-2018. 2018 January;
Zheng R., Lee I., and Serban N.
European Journal of Operational Research. 2018 January; 270(3) (3):898-906
Lee I., Monahan S., Serban N., Griffin P., and Tomar S.
Health Services Research. 2017 January;
Lee I., Curry S., and Serban N.
INFORMS Journal on Computing. 2017 January;
Zheng R., Lee I., and Serban N.
2017 January;
Lee I., Epelman M.A., Romeijn H.E, and Smith R.L.
Operations Research Letters. 2014 January; 42 (3):238-245
Lee I., Epelman M.A., Romeijn H.E, and Smith R.L.
Operations Research. 65 (4):1029-1042
View additional publications