Hannah Goldberg

Papers

Total Citations

H-Index

About

Hannah Goldberg’s research centers on attitude estimation, formation control, and autonomous robotic systems for space-like environments. Her most influential work, “Terrestrial Attitude Estimation for the Formation Control Testbed (FCT)” (2007, 4 citations), addresses a critical challenge in simulating drag-free dynamics on Earth. In this paper, she develops a method for full three-axis attitude estimation of an autonomous robotic vehicle using gyroscopic sensors and air bearings—a key step toward testing formation-flying algorithms for future satellite missions. While her citation count is modest, the technical contribution is notable: her approach enables precise terrestrial validation of space control strategies, bridging the gap between simulation and orbital deployment. Goldberg’s work on the Formation Control Testbed has been recognized for its practical impact on experimental spacecraft dynamics, offering a foundation for researchers tackling real-time attitude determination in frictionless environments. Her research remains relevant for those advancing autonomous navigation and multi-vehicle coordination in aerospace applications.