Gabor Tamasy

Papers

Total Citations

H-Index

About

Gabor Tamasy is a key figure in NASA’s pioneering efforts to extend satellite lifespans through on-orbit servicing. His most cited work, "Satellite Servicing Projects Division Restore-L Propellant Transfer Subsystem Progress 2020" (16 citations), details critical advancements for the OSAM-1 mission—a landmark project designed to robotically refuel both heritage and new satellites in space. This contribution is central to NASA’s Exploration and In-Space Services (NExIS) division, positioning Tamasy at the forefront of sustainable space operations. Earlier in his career, Tamasy explored the frontier of smart sensor networks for robotic sensor skins (1997), addressing the challenges of data acquisition and fusion for large-scale sensor arrays. His work anticipated the shift toward fieldbus networks and localized intelligent processing, a vision now foundational to modern robotics and IoT systems. While his citation counts reflect a highly specialized, engineering-focused impact, Tamasy’s career bridges foundational sensor technology and cutting-edge space infrastructure—demonstrating a rare ability to shape both the building blocks and the boldest applications of robotic systems.