Derek Caveney

Toyota Motor Corporation (Switzerland), University of California, Berkeley

Papers

Total Citations

457

H-Index

About

Derek Caveney is a leading researcher in autonomous vehicle systems, with his most impactful work centered on distributed control and multi-agent coordination. His seminal 2011 paper, "Distributed Receding Horizon Control of Vehicle Platoons: Stability and String Stability," has garnered 455 citations and established foundational principles for ensuring stability and safety in connected vehicle platoons. In this work, Caveney developed novel distributed control algorithms that guarantee both asymptotic stability and string stability—critical for preventing cascading failures in automated highway systems. His contributions have directly influenced the design of cooperative adaptive cruise control and platooning strategies now being implemented in autonomous trucking and passenger vehicle applications. Caveney also advanced probabilistic mapping techniques for unmanned aerial vehicles, as demonstrated in his 2006 work on occupancy mapping with point-mass target detection. His research bridges theoretical control theory with practical deployment challenges, making him a key figure in the transition from academic research to real-world autonomous systems. Caveney's work continues to shape how researchers approach distributed decision-making in safety-critical transportation networks.