Quentin Voortman

Université de Lille, École Centrale de Lille

Papers

Total Citations

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About

Quentin Voortman’s research lies at the intersection of networked control systems, nonlinear dynamics, and communication-constrained estimation. His work addresses a fundamental challenge in modern cyber-physical systems: how to reliably observe and control remote systems when the communication channel can only transmit a limited amount of data per unit of time. In his most-cited paper (11 citations), Voortman developed an event-triggered observation scheme for perturbed nonlinear dynamical systems under data rate constraints, providing a rigorous framework for balancing estimation accuracy with limited bandwidth. This contribution is critical for applications ranging from autonomous vehicles to remote robotics. Voortman further demonstrated the practical relevance of his theoretical work through a case study on observing a unicycle-type mobile robot under bit-rate limitations, bridging the gap between abstract control theory and real-world implementation. His research offers elegant solutions to the pressing problem of remote state estimation in resource-constrained environments, making him a promising voice in the field of networked control systems and event-triggered observation.