Computing Delay-Constrained Least-Cost Paths for Segment Routing is Easier Than You Think. - Jean-Romain Luttringer; Thomas Alfroy; Pascal Mérindol; Quentin Bramas; François Clad; Cristel Pelsser (NCA, 2020)

MVP: measuring internet routing from the most valuable points. - Thomas Alfroy; Thomas Holterbach; Cristel Pelsser (IMC, 2022)

The multiple roles that IPv6 addresses can play in today's internet. - Maxime Piraux; Tom Barbette; Nicolas Rybowski; Louis Navarre; Thomas Alfroy; Cristel Pelsser; François Michel; Olivier Bonaventure (Comput. Commun. Rev., 2022)

Deploying near-optimal delay-constrained paths with Segment Routing in massive-scale networks. - Jean-Romain Luttringer; Thomas Alfroy; Pascal Mérindol; Quentin Bramas; François Clad; Cristel Pelsser (Comput. Networks, 2022)

Internet Science Moonshot: Expanding BGP Data Horizons. - Thomas Alfroy; Thomas Holterbach; Thomas Krenc; K. C. Claffy; Cristel Pelsser (HotNets, 2023)

A System to Detect Forged-Origin BGP Hijacks. - Thomas Holterbach; Thomas Alfroy; Amreesh Phokeer; Alberto Dainotti; Cristel Pelsser (NSDI, 2024)

The Next Generation of BGP Data Collection Platforms. - Thomas Alfroy; Thomas Holterbach; Thomas Krenc; K. C. Claffy; Cristel Pelsser (SIGCOMM, 2024)

Measuring Internet Routing from the Most Valuable Points. - Thomas Alfroy; Thomas Holterbach; Thomas Krenc; K. C. Claffy; Cristel Pelsser (CoRR, 2024)

Réduire le manque de visibilité du système de routage publique dans l'Internet. (Reducing the visibility gaps of the public Internet routing system). - Thomas Alfroy (2024)