Huseyin Topaloglu is an Associate Professor in the School of Operations Research and Information Engineering. He got his B.Sc. in Industrial Engineering from Bogazici University of Turkey and his Ph.D. in Operations Research and Financial Engineering from Princeton University. He has been a faculty member at the School of Operations Research and Information Engineering since 2002. Professor Topaloglu works on large-scale stochastic optimization problems that arise in areas such as revenue management, inventory control, transportation logistics, and supply chain management. He is an associate editor for the journals IIE Transactions, Mathematical Programming C, Operations Research, and Transportation Science.
One line of research pursued by Professor Topaloglu deals with operations management models that incorporate customer choices. In many settings, including online retail, customers are offered a variety of choices among which they make a choice according to a choice model. In this case, the challenge is to come up with a way to model the choices of customers and to decide which assortment of products to offer to customers. Professor Topaloglu also works on large-scale airline network revenue management models that decide which itinerary products should be open to customers for sale as capacities on the flight network get depleted over time. He formulates these problems as large-scale stochastic optimization problems and seeks tractable solution methods. Another line of work focuses on ambulance redeployment problems that require dispatching ambulances to serve emergency calls in an effective fashion. He views these problems as large-scale stochastic control problems and develops approximation methods.
Professor Topaloglu has recently been teaching courses on simulation modeling, revenue management, and systems engineering. His simulation modeling course is devoted to how to model, simulate, and analyze complicated systems operating under uncertainty. Emphasis is on analysis of the data that are fed into the model, model building, and analysis of the model output. His revenue management course covers effective pricing, product offering, inventory control, and market segmentation strategies when demand for products occur randomly over time and one is forced to make the best use of limited and perishable product inventory. The ideas in this course find applications in airline pricing, hospitality, and online retail. His systems engineering course studies design and analysis of complex systems with the use of operations research tools.
Huseyin Topaloglu serves as an associate editor for the journals IIE Transactions, Mathematical Programming C, Operations Research, and Transportation Science. He worked on organization committees for various conferences over the past year, including INFORMS Revenue Management and Pricing Section Conference, Production and Operations Management Conference, and the stochastic programming track of INFORMS Annual Meeting. He is the vice-chair for stochastic programming in INFORMS Optimization Society and he is serving on the INFORMS Nicholson Prize Committee. He served as the secretary and treasurer for INFORMS Revenue Management and Pricing Section and the chair of the INFORMS Transportation Science and Logistics Dissertation Award Committee. His service to Cornell includes working in various strategic planning, faculty recruiting, and curriculum committees, and serving as faculty advisor to Cornell Student Chapter of International Council on Systems Engineering.
- 2012. "Robust assortment optimization in revenue management under the multinomial logit choice model." Operations Research 60: 865-882. .
- 2012. "A randomized linear programming method for network revenue management with product-specific no-shows." Transportation Science 46: 90-108. .
- 2012. "Tractable open loop policices for joint overbooking and capactiy control over a single flight leg with multiple fare classes." Transportation Science 46: 460-481. .
- 2012. "Cargo Capacity management with allotments and spot market demand." Operations Research 60: 351-365. .
- 2012. "On the approximate linear programming approach for network revenue management problems." INFORMS Journal on Computing . .
Selected Awards and Honors
- Sonny Yau '72 Excellence in Teaching Award (School of Engineering, Cornell University) 2012
- IIE Transactions Best Paper Prize in Operations Engineering and Analysis for the paper (Institute of Industrial Engineers) 2011
- INFORMS Revenue Management and Pricing Section Prize (INFORMS) 2010
- Outstanding Professor (ORIE Undergraduate Students) 2010
- COIN-OR Cup (INFORMS) 2009
- BSc (Industrial Engineering), Bogazici University, 1997
- MA (Operations Research and Financial Engineering), Princeton University, 1999
- Ph D (Operations Research and Financial Engineering), Princeton University, 2001