G Raynaud

École Polytechnique Fédérale de Lausanne

Papers

Total Citations

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About

G. Raynaud is a leading researcher in soft robotics and bio-inspired locomotion, with a focus on developing highly adaptive systems for unstructured environments. Their key contributions lie in the design and control of soft robotic platforms that leverage compliance and environmental interaction to achieve emergent behaviors. Raynaud’s most cited work, the "Highly agile flat swimming robot" (2025, 41 citations), introduces a novel robot capable of navigating cluttered aquatic surfaces—enabling efficient communication, solar energy harvesting, and environmental monitoring. This work addresses critical challenges in real-world deployment, where debris and plant matter often impede traditional rigid robots. In another influential study, "Proprioceptive Sensing of Soft Tentacles with Model Based Reconstruction for Controller Optimization" (2023, 11 citations), Raynaud developed a sensing method that preserves the inherent softness of robotic tentacles while enabling accurate shape reconstruction. This breakthrough allows for controller optimization without compromising the robot’s compliant interaction with its surroundings. Through these innovations, Raynaud has advanced the field of soft robotics, demonstrating how proprioceptive feedback and agile design can unlock new capabilities for robots operating in complex, real-world environments.