Paul Vamell

Papers

Total Citations

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About

Paul Vamell’s research sits at the intersection of aerial robotics, control systems, and human-safe autonomous flight. His most recognized contribution is the development of the Georgia Tech Miniature Autonomous Blimp (GT-MAB), a pioneering indoor testbed that reimagines aerial robotics. Unlike conventional quadrotors, the GT-MAB offers extended flight endurance and inherently safer human-robot interactions, making it ideal for crowded or delicate environments. Vamell’s 2017 paper on autopilot design for this class of miniature blimps, which has garnered 59 citations, addresses the critical challenge of aerodynamic influence on lighter-than-air vehicles—a factor often overlooked in small-scale platforms. This work not only advanced control strategies for buoyancy-driven robots but also established a practical, low-risk platform for testing algorithms in navigation, collision avoidance, and multi-agent coordination. By prioritizing safety and endurance over speed, Vamell has opened new avenues for indoor robotic applications, from warehouse logistics to assistive robotics. His research continues to inspire engineers seeking alternatives to traditional rotorcraft, proving that sometimes the most impactful innovations come from rethinking the platform itself.