Hello!
I am a senior research scientist at Criteo AI Lab in the Fundamental Deep Learning team. I contribute to both academic and industrial research, focusing on explaining and improving machine learning methods through probabilistic and causal statistical approaches. At Criteo, I lead research initiatives aimed at ensuring algorithmic fairness in online systems and provide consulting to policymakers on AI regulations.
In addition to my professional endeavors, I am an advocate for gender diversity and inclusivity in the tech industry, actively promoting and organizing events to foster equitable opportunities and representation.
Before joining Criteo, I did my postdoc at Inria Grenoble Rhone-Alpes in the Statify team. The goal was to continue my previous research on the exploration distributional properties of Bayesian neural networks. More specifically, I was interested in explaining the difference between deep learning models of wide and shallow regimes in order to improve the interpretability and efficiency of the models.
I obtained my PhD degree in applied mathematics in 2022 at the University Grenoble Aples and Inria reseach center. I was a part of Statify and Thoth teams, under supervision of Julyan Arbel and Jakob Verbeek. During November 2019-January 2020, I was visiting Duke University and working on prior predictive distributions in Bayesian neural networks under supervision of David Dunson. Prior to that, I obtained my Bachelor degree at Moscow Institute of Physics and Technology (MIPT) and did the second year of Master program at Grenoble Institute of Technology (Grenoble - INP, Ensimag).
Keywords: trustworthy AI, theoretical deep learning, fairness, uplift modeling, causal statistics
My CV can be found here.
Hobbies: travelling, hiking and playing the ukulele.
Latest news
I will be giving a 15 min talk on "FairJob: A Real-World Dataset for Fairness in Online Systems" at NeurIPS@Paris, December 4th 2024.
I am hiring an intern to work on fairness! Please send me an email if you are interested.
Our paper "FairJob: A Real-World Dataset for Fairness in Online Systems" is accepted at NeurIPS 2024 (Datasets and Benchmarks track)
Our paper "Maximizing the Success Probability of Policy Allocations in Online Systems" was accepted at AAAI 2024!
Our survey paper "A primer on Bayesian neural networks: Review and Debates" is now available on arXiv [pdf].