Papers
6
Total Citations
68
H-Index
4
About
Xavier Brun’s research bridges the critical gap between theoretical control design and practical robotic applications, with a primary focus on pneumatic systems and multi-robot coordination. His most impactful work, a 2018 study on a nonlinear position and stiffness backstepping controller for a two-degree-of-freedom pneumatic robot (29 citations), demonstrates his expertise in developing advanced control strategies for compliant, soft-actuated systems. This contribution is foundational for medical robotics, where precise, safe force interaction is paramount. Brun’s earlier, highly cited paper (18 citations) provides a comparative analysis of pick-and-place strategies for multi-robot cells, offering essential design rules for component sizing and collaborative control laws—work that directly improves industrial automation efficiency. His foundational 2005 characterization and modeling of a proportional valve (12 citations) remains a key reference for control synthesis in pneumatic systems, underpinning applications from tele-robotized ultrasonography (2018) to haptic probes. Through simulation-to-experimentation methodologies, Brun has systematically advanced the performance of multi-robot pick-and-place applications, making his research indispensable for engineers seeking to optimize both hardware and control in automated manufacturing and medical robotics.
Research Focus
Key Achievements
Top Papers
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- 3CHARACTERIZATION AND MODELING OF A PROPORTIONAL VALUE FOR CONTROL SYNTHESIS12 citations · 2005
- 4A Pneumatic Haptic Probe Replica for Tele-Robotized Ultrasonography4 citations · 2018
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