C. Ribreau

Papers

Total Citations

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About

C. Ribreau’s research centers on the biomechanics and control of human-robot interaction, with a particular focus on modeling human equilibrium under dynamic perturbations. Their most cited work, “Equilibrium study of ‘human’ robot” (2002, 27 citations), introduces a multi-chain mechanical model of the human body paired with a two-level control architecture—featuring a “coordinator” level—to simulate how humans maintain balance during arm perturbations. This foundational contribution bridges robotics and human physiology, offering insights into postural stability and motor control that inform both rehabilitation robotics and humanoid robot design. While Ribreau’s citation impact is modest, the work’s interdisciplinary approach has influenced subsequent studies on human-robot cooperation and adaptive control systems. Their achievement lies in formalizing a complex biological process into an actionable robotic framework, demonstrating how human equilibrium strategies can be translated into machine intelligence. For students and researchers, Ribreau’s research underscores the value of modeling human movement to advance safer, more intuitive human-robot collaboration.