Interactive Surface for Bio-inspired Robotics, Re-examining Foraging Models. - Olivier Simonin 001; Thomas Huraux; François Charpillet (ICTAI, 2011)

Simulating household activities to lower consumption peaks: demonstration. - Edouard Amouroux; François Sempé; Thomas Huraux; Nicolas Sabouret; Yvon Haradji (AAMAS, 2013)

Simulating Human Activities to Investigate Household Energy Consumption. - Edouard Amouroux; Thomas Huraux; François Sempé; Nicolas Sabouret; Yvon Haradji (ICAART (2), 2013)

SMACH: Agent-Based Simulation Investigation on Human Activities and Household Electrical Consumption. - Edouard Amouroux; Thomas Huraux; François Sempé; Nicolas Sabouret; Yvon Haradji (ICAART (Revised Selected Papers), 2013)

SMACH : Simuler l'activité humaine pour limiter les pics de consommation électrique. - Edouard Amouroux; Thomas Huraux; François Sempé; Nicolas Sabouret; Yvon Haradji (JFSMA, 2013)

A Multi-level Model for Multi-agent based Simulation. - Thomas Huraux; Nicolas Sabouret; Yvon Haradji (ICAART (2), 2014)

Study of Human Activity Related to Residential Energy Consumption Using Multi-level Simulations. - Thomas Huraux; Nicolas Sabouret; Yvon Haradji (ICAART (1), 2015)

Combiner les expertises au sein d'une simulation multi-agent multi-niveau (présentation courte). - Thomas Huraux; Nicolas Sabouret; Yvon Haradji (JFSMA, 2015)

Simulation multi-agent d'un système complexe : combiner des domaines d'expertise par une approche multi-niveau - Le cas de la consommation électrique résidentielle. (Multi-agent simulation of a complex system: combining domains of expertise with a multi-level approach - The case of residential electrical consumption). - Thomas Huraux (2015)

Towards Certification of a Reduced Footprint ACAS-Xu System: A Hybrid ML-Based Solution. - Mathieu Damour; Florence de Grancey; Christophe Gabreau; Adrien Gauffriau; Jean-Brice Ginestet; Alexandre Hervieu; Thomas Huraux; Claire Pagetti; Ludovic Ponsolle; Arthur Clavière (SAFECOMP, 2021)

StrucTemp-GNN: An Intrusion Detection Framework in IoT Networks Using Dynamic Heterogeneous Graph Neural Networks. - Imed Eddine Boukari; Ihab Abderrahmane Derdouha; Samia Bouzefrane 001; Leila Hamdad; Safia Nait Bahloul; Thomas Huraux (MSPN, 2023)