Sylvain Devie

Centre National de la Recherche Scientifique

Papers

Total Citations

H-Index

About

Sylvain Devie’s research advances the precision and safety of robotic systems, with a core focus on force control, impedance control, and bilateral teleoperation. His major contributions lie in developing cascaded loop control architectures that address critical challenges in human-robot interaction. In his most cited work, "Impedance Control Using a Cascaded Loop Force Control" (2018, 10 citations), Devie introduced a novel method that accounts for force sensor flexibility, using classical frequency-domain tuning to achieve robust performance—a practical solution for robots requiring compliant, tool-mounted interactions. Expanding this framework, his 2019 study on bilateral teleoperation (2 citations) demonstrates how cascaded force and position loops can be unified across master-slave robots, enabling efficient four-channel control for remote manipulation. While his citation counts reflect a focused, emerging impact, Devie’s work is notable for bridging classical control theory with modern robotic demands, offering engineers a systematic, bandwidth-based tuning approach that enhances stability and transparency. His research is particularly valuable for applications in surgical robotics, manufacturing, and any domain where precise force modulation is critical. Devie’s contributions underscore a commitment to making robotic systems more responsive and reliable in real-world, contact-rich tasks.