معرفی
Guillaume Lozenguez is an Assistant Professor in Distributed Artificial Intelligence at IMT Nord Europe, affiliated with the Center for Digital Systems (CERI SN) and the University of Lille. His research integrates Multi-Agent Systems, robotics, and decision-making under uncertainty, with applications in transport, urban mobility, and environmental systems.
- Assistant Professor, IMT Nord Europe
- Researcher, Center for Digital Systems (CERI SN)
- Associated with University of Lille
- Specializes in Distributed AI and Autonomous Systems
His research interests focus on modeling autonomous agents using Markov Decision Processes, stochastic automata, and distributed computation. He applies these formalisms to mobile robotics, intermodal transport, inland waterway networks, and resilience in complex systems. His work emphasizes simulation, planning, and coordination in distributed environments where multiple agents interact under uncertainty.
The most recent publications reflect a strong trend in agent-based modeling of urban mobility, human-aware robot navigation, and optimization of environmental and industrial systems. Key themes include intermodal behavior simulation, selective deconstruction logistics, and distributed planning for mobile robots. Methodologically, he combines machine learning, metaheuristics, and formal decision theory to address real-world scalability and uncertainty.
Guillaume Lozenguez has not been mentioned to have received any scientific awards.
He has co-authored numerous publications with researchers such as Arnaud Doniec, Azise Oumar Diallo, and Luc Fabresse, indicating active collaboration and potential mentorship roles. His work is supported by projects like ALPAGA and CASTREAU, focusing on robotics and AI integration. He contributes to pedagogical innovation, notably through the A.L.P.E.S. method for agile education.
His research is conducted within collaborative frameworks involving the MAD team at GREYC Laboratory and interdisciplinary projects in smart mobility, environmental monitoring, and industrial robotics.
حوزههای پژوهشی
