Students
Postdocs
Eyal Castiel (Fall 2022 – )
Ph.D. Students
Daan Rutten (2020 – ): Compatibility, Predictions and Optimization in Large-scale Online Decision Making.
Zhisheng Zhao (2020 – ): Performance Analysis of Large-Scale Load Balancing Systems.
Bihan Chatterjee (2022 – )
Neelkamal Bhuyan (2022 – )
Undergraduate supervision
Christopher Michel (Summer 2023) from Florida International University via SURE program at Georgia Tech. (selected as Intel Scholar 2023).
Graduate student mentor: Prakirt Raj Jhunjhunwala
Topic: TBAGerald Ahn (Summer 2023) from Georgia Tech via 2023 ISyE Summer Undergraduate Scholars Research Program.
Postdoctoral mentor: Eyal Castiel
Topic: Algorithms for large-scale switch schedulingArnav Hiray (Summer 2023) from Georgia Tech.
NSF REU fund as part of CCF: 2113027
Topic: TBAMeti Haile (Summer 2022) from Kennesaw State University via SURE program at Georgia Tech. (selected as Intel Scholar 2022).
Graduate student mentor: Zhisheng Zhao
Topic: Simulation of Heterogeneous Load Balancing SystemsYanyu Xie (Spring 2022) Undergraduate Research Assistant at Gergia Tech.
Graduate student mentor: Daan Rutten
Topic: Improving Multi-armed Bandits with Confidence Estimates
First position: Business Analyst at McKinsey & CompanyUnduwap KandageDon (Summer 2021) from University of California, San Diego, via SURE program at Georgia Tech.
Graduate student mentor: Daan Rutten
Topic: The Online Knapsack ProblemRajita Chandak (Spring 2019). Energy-aware optimization of scalable load balancing strategies (with K. Ramanan) at Brown University.
First position: PhD student at Princeton ORFE.Misha Sohan (Spring 2019). Stability of parallel-server systems with service elasticity (with K. Ramanan) at Brown University.
First position: Investment Banking Analyst at Goldman Sachs.
Master's student supervision
Yuanzhe Ma (Fall 2020): Hypercontractive operator norms of centered random matrices.
Daan Rutten (Aug 2019 – Oct 2019), visiting student from Eindhoven University of Technology, the Netherlands. Topic: Load balancing under limited flexibility.