Luc Joly

Commissariat à l'Énergie Atomique et aux Énergies Alternatives, Stäubli (France)

Papers

Total Citations

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About

Luc Joly’s research lies at the intersection of robotic control theory and practical physical optimization, with key contributions in hybrid position/force control and thermally constrained trajectory planning. His most influential work, “Mechanical analogies in hybrid position/force control” (2002, 11 citations), introduced a powerful framework showing that desired behaviors in hybrid control, multi-robot cooperation, and teleoperation can be modeled as massless mechanisms with ideal position or force sources, leading to simpler, more robust controllers. Joly further advanced robotic efficiency by addressing real-world physical limitations. In “Optimal Trajectory Generation for Manipulator Robots under Thermal Constraints” (2006, 8 citations) and “Optimization of Complex Robot Applications under Real Physical Limitations” (2008, 6 citations), he pioneered methods for minimizing cycle times while respecting thermal limits—a critical factor often ignored in classical optimization. His earlier work on “Hybrid Position/Force Control, Velocity Projection, and Passivity” (1997, 3 citations) laid foundational concepts for stable interaction control. Joly’s contributions are particularly notable for bridging theoretical elegance with industrial practicality, helping robots operate safely and efficiently in complex, unpredictable environments. His research remains essential reading for engineers seeking to optimize robotic performance under genuine physical constraints.