Pierre Labourdette
Papers
1
Total Citations
20
H-Index
1
About
Pierre Labourdette is a leading researcher in autonomous space systems, with a primary focus on trajectory planning and safety-critical operations for on-orbit missions. His work centers on developing algorithms that enable spacecraft to perform complex maneuvers—such as inspecting tumbling target vehicles—while maintaining rigorous collision avoidance guarantees. His most cited paper, "Receding-Horizon Trajectory Planning Algorithm for Passively Safe On-Orbit Inspection Missions" (2019, 20 citations), introduces a sampling-based receding-horizon approach that ensures arbitrarily low collision risk during inspection tasks. This contribution is notable for its practical heuristic search method, balancing real-time computational efficiency with robust safety constraints. Labourdette’s research has significant implications for autonomous rendezvous, debris mitigation, and satellite servicing, where passive safety is paramount. His work is increasingly recognized in the aerospace community for bridging the gap between theoretical safety proofs and deployable onboard planning systems. For students and researchers, Labourdette exemplifies how algorithmic innovation can directly address the pressing challenges of safe autonomy in space.
Research Focus
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Top Papers
- 1