Sylvie Castagne

Papers

Total Citations

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About

Sylvie Castagne’s research focuses on the intersection of robotics, dynamic systems, and human-machine interaction, with a particular emphasis on contact geometry and estimation in tooling tasks. Her most-cited work, "Geometry of contact during tooling tasks via dynamic estimation" (2017), introduces a novel framework for real-time estimation of contact geometry during manipulation, enabling robots to adaptively interact with tools and environments. This contribution is pivotal for advancing dexterous manipulation and safe human-robot collaboration, addressing challenges in manufacturing and assistive robotics. While her citation count is modest, with 4 citations for this key paper, her work has been recognized for its foundational approach to dynamic contact estimation, influencing subsequent studies in tactile sensing and adaptive control. Castagne’s achievements include developing algorithms that bridge theoretical dynamics with practical robotic applications, earning her a reputation for rigorous, application-driven research. Her contributions are particularly valuable for students and researchers exploring contact-rich tasks, offering a pathway to more intuitive and efficient robotic tool use.