Latest news

  • Feb 17

    Paper accepted to TMLR

    On Gossip Algorithms for Machine Learning with Pairwise Objectives pdf (TMLR, 2026).

  • Feb 16

    I am co-organizing CAp & RFIAP 2026

    CAp & RFIAP 2026 (Joint French Conference on Machine Learning and Computer Vision) will take place in Montpellier from July 6-8! I am also serving as program chair for CAp.

  • Feb 1

    Paper accepted to PETS

    Privacy in Theory, Bugs in Practice: Grey-Box Auditing of Differential Privacy Libraries pdf (PETS 2026).

  • Jan 26

    2 papers accepted to ICLR

    Unified Privacy Guarantees for Decentralized Learning via Matrix Factorization pdf and Private Rate-Constrained Optimization with Applications to Fair Learning pdf (ICLR 2026).

  • Jan 22

    2 papers accepted to AISTATS

    Loss Gaps Parity for Fairness in Heterogeneous Federated Learning and Differentially Private and Federated Structure Learning in Bayesian Networks pdf (AISTATS 2026).

  • May 22

    2 papers accepted to ICML and CCS

    Privacy Amplification Through Synthetic Data: Insights from Linear Regression pdf (ICML 2025) and Nebula: Efficient, Private and Accurate Histogram Estimation pdf (CCS 2025).

Short bio

I am a senior researcher (directeur de recherche) at Inria, France. I am currently part of the PreMeDICaL Team (Precision Medicine by Data Integration and Causal Learning), an Inria/Inserm research group based in Montpellier. From 2015 to 2023, I was a member of the Magnet Team (MAchine learninG in information NETworks) based in Lille.

Prior to joining Inria, I was a postdoctoral researcher at the University of Southern California (working with Fei Sha) and then at Télécom Paris (working with Stéphan Clémençon). I obtained my Ph.D. from the University of Saint-Etienne in 2012 under the supervision of Marc Sebban and Amaury Habrard.

You can find more information in my CV or my LinkedIn profile. You can also follow me on Mastodon.

Research interests

My primary research lies in the theory and algorithms of machine learning. I currently focus on trustworthy machine learning, encompassing privacy, fairness, and robustness. My work combines algorithmic design, statistical analysis, mathematical optimization, and numerical experiments. I enjoy formulating well-defined problems, designing algorithms with rigorous theoretical guarantees, and validating them on real-world tasks and datasets. Additionally, I have contributed to collaborative open-source software libraries and benchmarks.

More precisely, my research interests include:

  • privacy in machine learning (with a focus on differential privacy)
  • distributed / federated / decentralized learning algorithms
  • fairness in machine learning
  • representation learning and distance metric learning
  • optimization for machine learning
  • graph-based methods
  • statistical learning theory
  • applications to health, NLP and speech recognition