I am the head of the Generative AI research group at Skoltech. My current group mostly consists of PhD students. I also supervise some MSc students in their research in generative modeling and optimal transport. Some of students are supervised jointly with prof. E. Burnaev.
PhD Students
- Nikita Gushchin: Efficient methods for solving entropic optimal transport problems;
- Milena Gazdieva: Parametric methods for computing OT mappings for imaging tasks;
- Alexander Kolesov: Scalable Generative modeling approaches based on schrodinger bridges;
- Petr Mokrov: Methods for solving optimal transport problems with general costs;
- Mikhail Persiianov: Scalable methods for inverse optimal transport;
- Igor Udovichenko: Scalable methods for optimal transport with applications to time series tasks;
- Xavier Aramayo: Scalable methods for computing Gromov-Wasserstein Optimal Transport;
- Sergey Kholkin: Adversarial generative modeling approaches based on schrodinger bridges;
- Grigoriy Ksenofontov: Scalable computation methods for schrodinger bridges;
- Alexey Leonov: Distillation method for diffusion bridges for image super-resolution tasks;
MSc Students
- 2nd year:: David Li, Sergey Karpukhin, Sergey Kushneryuk, Roman Tarasov;
- 1st year: Vladislav Gromadski, Arseny Egorov, Tikhon Mavrin, Irina Zabaryanskaya;
MSc Alumni
- Sergey Kholkin (2023-24): Optimal Schrödinger Bridge Matching (Grade: A, Best thesis award);
- Maxim Nekrashevich (2021-24): Neural Gromov-Wasserstein Optimal Transport (Grade: A);
- Nikita Andreev (2022-24): Improving, analyzing and speeding up image-to-image translation models based on Neural Optimal Transport (Grade: A);
- Kirill Tamogashev (2022-24): Acoustic Style Transfer with Neural Generative Models (Grade: A);
- Xavier Aramayo (2022-24): Scalable methods for computing entropic Gromov-Wasserstein Optimal Transport (Grade: A);
- Polina Karpikova (2022-23): Diverse Image Inpainting using Neural Optimal Transport (Grade: A);
- Nikita Glukhov (2022-23): Optimal Transport for Semi-supervised Data Translation (Grade: A);