Vincent Leconte
Papers
4
Total Citations
27
H-Index
3
About
Vincent Leconte is a rising researcher at the intersection of neural engineering, human movement science, and virtual reality, whose work is redefining intuitive control for bionic limbs. His primary contributions focus on developing movement-based prosthesis control strategies that allow arm amputees to reach and grasp objects with near-natural fluency. In his landmark 2023 study, Leconte demonstrated that by leveraging natural arm kinematics and immersive VR feedback, amputees could control a multi-joint prosthetic arm to reach targets as naturally as able-bodied individuals—a breakthrough that has already garnered 11 citations and is shaping the next generation of prosthetic interfaces. To accelerate progress in the field, he created and publicly released the 3D-ARM-Gaze dataset (2024), a rich repository of 3D arm reaching movements paired with gaze data, designed to support the development of gaze-informed, context-aware prosthetic controllers. With over 27 total citations in just two years, Leconte’s work is foundational for building bionic limbs that respond not just to muscle signals, but to the user’s intent and visual attention, promising a future where prosthetic control feels truly seamless.
Research Focus
Key Achievements
Top Papers
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