Jason Kiem

Papers

Total Citations

H-Index

About

Jason Kiem is a researcher in autonomous systems and spacecraft dynamics, with a focus on attitude estimation and formation control. His most cited work, "Terrestrial Attitude Estimation for the Formation Control Testbed (FCT)" (2007, 4 citations), addresses a foundational challenge in simulating drag-free space environments on Earth. In this paper, Kiem and his team developed a method for terrestrial attitude estimation of a fully autonomous robotic vehicle, integrating three-axis attitude measurements with inertial rate sensors (gyros). The vehicle, which operates on air bearings to emulate the frictionless dynamics of space, represents a critical experimental platform for testing formation control algorithms. While his citation count is modest, Kiem’s contribution lies in bridging the gap between theoretical control systems and practical hardware implementation, enabling more realistic ground-based simulations of satellite maneuvers. His work is particularly valuable for researchers developing autonomous spacecraft and robotic systems where precise attitude control is essential. Kiem’s research underscores the importance of robust estimation techniques in experimental testbeds, offering a stepping stone for future innovations in space robotics and multi-vehicle coordination.