G. Bourdon

Université de Versailles Saint-Quentin-en-Yvelines

Papers

Total Citations

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About

G. Bourdon’s research focuses on mobile robotics, dynamic control, and decentralized computation, with a particular emphasis on rapid robot synthesis and cooperative multi-robot systems. In their most-cited work, "A rapid mobile robot synthesis" (2002, 4 citations), Bourdon introduced a novel mobile robot platform with a classical locomotion structure—two front free wheels and two rear driving wheels—designed to study dynamic phenomena at high speeds. A key contribution was the development of a multilayers architecture that decentralizes computation using a CAN protocol, enabling faster and more efficient robot control. This work laid the groundwork for real-time robotic applications requiring rapid response. In "Fuzzy and neural control for mobile robotics experimentations" (2002, 3 citations), Bourdon advanced cooperative robotics by proposing a reactive method for dynamic vehicle joining and accosting, essential for collaborative tasks. Their earlier paper, "Dynamic Control of Wheeled Mobile Robot Using Sliding Mode" (1997, 2 citations), explored robust control strategies for wheeled robots. Though citation counts are modest, Bourdon’s contributions to decentralized architectures and reactive cooperation remain foundational for students and researchers exploring agile, collaborative mobile robotics.