2025

1. VT 2025

   Quadratic modelings of syndrome decoding (invited)

   Jul 2025, Virginia Tech Workshop in Coding Theory and Cryptography, Riva San Vitale, Switzerland
2. COSMO25

   Products of codes and cryptanalysis in code-based cryptography (invited)

   Mar 2025, COSMO 2025 workshop, Inria Paris, France

2024

1. YCG24

   The regular multivariate quadratic problem (invited)

   Nov 2024, Young Cryptographers in Genova, Genova, Italy
2. CIFRIS24

   The regular multivariate quadratic problem (invited)

   Sep 2024, ReAdPQC24 workshop - CIFRIS24 conference, Rome, Italy
3. A new approach based on quadratic forms to attack the McEliece cryptosystem (invited)

   Jun 2024, CISPA-LORIA Workshop, Nancy, France

2023

1. AC 2023

   A new approach based on quadratic forms to attack the McEliece cryptosystem

   Dec 2023, Asiacrypt 2023, Guangzhou, China
2. VT 2023

   A new approach based on quadratic forms to attack the McEliece cryptosystem (invited)

   Jul 2023, Virginia Tech Workshop in Coding Theory and Cryptography, Riva San Vitale, Switzerland

2022

1. JC2 2022

   Key recovery of McEliece’s scheme with random alternant codes of order 3 using Gröbner basis

   Apr 2022, French Days of Coding and Cryptography, Hendaye, France
2. WCC 2022

   On the dimension and structure of the square of the dual of a Goppa code

   Mar 2022, Workshop on Coding and Cryptography, Rostock, Germany (online)
3. JNCF 2022

   Key recovery of McEliece’s scheme with random alternant codes of order 3 using Gröbner basis

   Mar 2022, French Computer Algebra Days, CIRM Luminy, France

2021

1. ISIT 2021

   Decoding Reed-Solomon codes by solving a bilinear system with a Gröbner basis approach

   Jul 2021, ISIT, Melbourne, Australia (online)

2025

1. Quadratic modelings of syndrome decoding

   Jul 2025, Crypto seminar, CWI, the Netherlands (online)
2. Products of codes and applications to code equivalence

   Apr 2025, GASIULL seminar, University of La Laguna, Tenerife, Spain (online)
3. Products of codes and applications to code equivalence

   Mar 2025, ACCESS seminar, online
4. The regular multivariate quadratic problem

   Mar 2025, CRYPTO team seminar, UVSQ Versailles, France
5. The regular multivariate quadratic problem

   Mar 2025, GRACE team seminar, Inria Saclay, France
6. The regular multivariate quadratic problem

   Mar 2025, ALMASTY team seminar, Sorbonne Université, France

2024

1. The regular multivariate quadratic problem

   Dec 2024, ECO team seminar, LIRMM Montpellier, France
2. A new approach based on quadratic forms to attack the McEliece cryptosystem

   Apr 2024, Effective Geometry and Algebra seminar, IRMAR Rennes, France
3. A new approach based on quadratic forms to attack the McEliece cryptosystem

   Mar 2024, Algorithmic Number Theory seminar, IMB Bordeaux, France
4. A new approach based on quadratic forms to attack the McEliece cryptosystem

   Jan 2024, Crypto student seminar, CWI, the Netherlands (online)
5. A new approach based on quadratic forms to attack the McEliece cryptosystem

   Jan 2024, Crypto reading group, CISPA, Germany

2023

1. A new approach based on quadratic forms to attack the McEliece cryptosystem

   Jun 2023, Working group on code-based cryptography, Inria Paris, France
2. Polynomial time attack on high-rate random alternant codes

   May 2023, Neuchatel - St.Gallen - Zurich joint seminar in Coding Theory and Cryptography, University of Zurich, Switzerland

2022

1. Attacking high-rate alternant codes by filtration and Gröbner basis

   Apr 2022, Working group on code-based cryptography, Inria Paris, France
2. On the dimension and structure of the square of the dual of a Goppa code

   Apr 2022, Working group on code-based cryptography, Inria Paris, France

2021

1. Decoding Reed-Solomon codes by solving a bilinear system with a Gröbner basis approach

   Apr 2021, Working group on code-based cryptography, Inria Paris, France
2. Decoding Reed-Solomon codes by solving a bilinear system with a Gröbner basis approach

   Apr 2021, GRACE team seminar, Inria Saclay, France

2020

1. A randomized step-by-step decoder for LDPC codes

   Jan 2020, Working group on code-based cryptography, Inria Paris, France