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Biography

Jean Levine is a researcher whose work focuses primarily on the theory of nonlinear systems, with particular expertise in the concepts of differential flatness, loop linearization, and constrained control. His research has centered on the structural analysis of dynamic systems, particularly through the study of algebraic and geometric conditions that characterize flatness, a key property for trajectory planning and robust control. His contributions include methods for identifying intrinsic and apparent singularities in flat systems, as well as applications in epidemiology, robotics, and the control of mechanical or thermal systems. More recently, his work has explored the use of barrier theory for constraint management in epidemiological models or systems subject to physical limitations, providing tools to ensure the invariance and robustness of admissible sets.

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