Shawn McCamish
Papers
2
Total Citations
26
H-Index
2
About
Shawn McCamish is a pioneering researcher in autonomous spacecraft control, specializing in distributed multi-agent systems for close-proximity operations. His work addresses the critical challenge of enabling multiple spacecraft to autonomously perform complex maneuvers—such as rendezvous and docking—without centralized command. McCamish’s most influential contribution is a distributed control algorithm that combines the efficiency of Linear Quadratic methods with decentralized decision-making, allowing spacecraft to coordinate safely in tight quarters. This foundational research, published in 2007, has garnered 14 citations and set the stage for practical validation. In a landmark achievement, McCamish implemented and tested this algorithm using the SPHERES facility aboard the International Space Station, where a chaser satellite successfully approached a target in microgravity. This 2008 study, with 12 citations, demonstrated that theoretical control strategies could function in real orbital conditions, bridging the gap between simulation and flight-ready technology. McCamish’s work is essential reading for students and engineers advancing autonomous satellite swarms, formation flying, and on-orbit servicing, offering both rigorous theory and proven experimental results.
Research Focus
Key Achievements
Top Papers
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