Papers
2
Total Citations
6
H-Index
2
About
Laurent Burlion is a leading researcher in robust control theory and its application to complex aerospace systems, with a particular focus on aerial robotics and satellite dynamics. His work addresses critical challenges in controlling systems with large flight envelopes and significant physical constraints. In his influential 2014 paper, Burlion proposed a promising robust control design approach for unmanned combat air vehicles, enabling stable performance across expanded flight envelopes that would be impossible for pilot-in-the-loop systems—a key enabler for next-generation autonomous aerial platforms. More recently, his 2022 research tackled the notoriously difficult problem of satellite attitude control under propellant sloshing, where up to 40% of spacecraft mass can be liquid. Burlion developed a reference governor-based solution that simultaneously handles slosh dynamics and actuation constraints, offering a computationally efficient alternative to passive physical mitigation methods like baffles. While his citation counts reflect the specialized nature of his work, his contributions are foundational to the practical deployment of robust controllers in high-stakes aerospace applications, bridging theoretical control advances with real-world mission-critical systems.
Research Focus
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