J.F. Le Corre

Nantes Université, Centre National de la Recherche Scientifique, Laboratoire des Sciences du Numérique de Nantes

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About

J.F. Le Corre is a pioneer in mobile robotics, with a career dedicated to solving the fundamental challenges of autonomous navigation and environmental perception. His research centers on trajectory generation, real-time localization, and collision avoidance for robots operating on non-planar surfaces. Le Corre’s most influential work, "Trajectory generation for mobile robots" (1996), has garnered 46 citations, establishing a foundational approach for path planning in complex terrains. He further advanced the field with the development of SIREM, a sensory system described in his 2003 paper (12 citations), which uses a rotating linear CCD camera to determine a vehicle’s position, attitude, and speed in real time—a notable achievement for dynamic environments. Le Corre also contributed to computational geometry with a novel collision detection algorithm employing octree models (2005, 6 citations), addressing the challenge of modeling moving bodies alongside static environments. His work on extended Kalman filtering for dynamic robot localization (2002) demonstrates his commitment to robust estimation techniques. With a career spanning from foundational algorithms to practical sensor systems, Le Corre’s research has shaped how mobile robots perceive and navigate the world, leaving a lasting impact on autonomous systems engineering.