Aaron Blevins
Papers
3
Total Citations
37
H-Index
2
About
Dr. Aaron Blevins is a leading researcher in autonomous aerospace systems, specializing in the control and coordination of fixed-wing unmanned aerial systems (UASs). His work addresses the critical challenge of enabling swarms of high-speed, high-inertia aircraft to operate safely in unstructured environments—a problem that pushes beyond the point-mass assumptions common in many theoretical studies. Dr. Blevins’s most influential contribution is his development of a novel morphing potential field approach for collision and obstacle avoidance, validated through rigorous flight tests. This method reformulates classical artificial potential field navigation to account for the real-world aerodynamic constraints of fixed-wing UASs, a breakthrough detailed in his 2018 paper (14 citations). His foundational work on multi-agent collaborative control, published in 2019 (21 citations), further advances the practical deployment of aircraft swarms. By prioritizing flight test validation and tackling the complexities of high-speed dynamics, Dr. Blevins bridges the gap between theoretical swarm robotics and real-world aerospace applications, making his research essential for the future of autonomous aviation.
Research Focus
Key Achievements
Top Papers
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