Vincent Fortineau
Papers
2
Total Citations
4
H-Index
1
About
Vincent Fortineau is a researcher at the intersection of robotics and human motor control, with a primary focus on understanding how humans physically interact with machines. His key research areas include human-robot interaction, haptic feedback, and the biomechanics of upper limb movement. Fortineau’s major contribution lies in developing experimental frameworks to estimate human arm endpoint impedance—the dynamic stiffness and damping of the limb—during rhythmic, interactive tasks. His 2020 paper, “Interactive robotics for human impedance estimation in a rhythmic task,” introduced a novel robotic setup for measuring how the arm’s mechanical properties adapt during cyclic physical interactions, providing foundational insights for designing more intuitive and responsive collaborative robots. Building on this, his 2023 work revealed that human endpoint impedance exhibits cyclic variations during rhythmic tasks with haptic feedback, deepening our understanding of goal-directed movement in dynamic environments. While his citation counts are currently modest (3 and 1 citations respectively), these studies represent early, rigorous steps toward a critical challenge in physical human-robot interaction: enabling robots to adapt to the user’s real-time biomechanical state. Fortineau’s work is particularly relevant for researchers in rehabilitation robotics, teleoperation, and assistive devices, where seamless physical cooperation depends on decoding the human partner’s ever-changing impedance.
Research Focus
Key Achievements
Top Papers
- 1Interactive robotics for human impedance estimation in a rhythmic task3 citations · 2020
- 2