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Déploiement de graphes de facteurs pour l'exécution de DCOP sur des infrastructures ouvertes.

, , and . JFSMA, page 95-104. Cépaduès Éditions, (2017)

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Autonomous and Spontaneous Coordination between Smart Connected Objects. (Coordination spontanée et autonome entre objets intelligents connectés).. University of Lyon, France, (2019)Evaluating the Impact of Java Virtual Machines on Energy Consumption., , , , and . ESEM, page 15:1-15:11. ACM, (2021)Taming Energy Consumption Variations In Systems Benchmarking., , , , , and . ICPE, page 36-47. ACM, (2020)Résilience et auto-réparation de processus de décisions multi-agents., , and . JFSMA, page 31-40. Cépaduès, (2019)Approche DCOP pour résoudre des problèmes de configuration économe d'environnements intelligents., , and . JFSMA, page 65-74. Cépaduès Éditions, (2016)Tales from the Code #1: The Effective Impact of Code Refactorings on Software Energy Consumption., , , and . ICSOFT, page 34-46. SCITEPRESS, (2021)Analyse des performances d'algorithmes DCOP pour l'association d'utilisateurs de réseaux HetNets., and . JFSMA, Cépaduès, (2020)Tales from the Code #2: A Detailed Assessment of Code Refactoring's Impact on Energy Consumption., , , and . ICSOFT (Selected Papers), volume 1622 of Communications in Computer and Information Science, page 94-116. Springer, (2021)Résilience et auto-réparation de processus de décisions multi-agents. Application à l'auto-configuration d'environnements intelligents., , and . Rev. Ouverte Intell. Artif., 3 (5-6): 587-623 (2022)Installing Resilience in Distributed Constraint Optimization Operated by Physical Multi-Agent Systems., , and . AAMAS, page 2177-2179. International Foundation for Autonomous Agents and Multiagent Systems, (2019)