David Jameux
Papers
3
Total Citations
82
H-Index
3
About
David Jameux is a leading figure in space robotics and embedded control systems, whose work bridges the gap between theoretical precision and practical spaceflight. His primary research areas include modular robot manipulator control, on-board data processing for exploration missions, and the evolution of high-speed spacecraft communication standards. Jameux’s most significant contribution is the development of a systematic solution for precision control of modular robot manipulators without requiring joint torque sensing. His landmark 2013 paper, with 76 citations, introduced the Virtual Decomposition Control (VDC) approach using embedded FPGA logic, enabling unprecedented accuracy and reliability in modular systems—a critical advance for space-based manipulators where sensor redundancy is limited. Beyond control theory, Jameux has shaped the future of space data links through his work on the SpaceWire-2 standard evolution, addressing the demanding needs of robotic missions. Earlier, he contributed to the MOSREM multi-processor system for payload data processing and storage, supporting robotic exploration. His research is essential reading for engineers developing autonomous, high-performance robotics for extreme environments, demonstrating how embedded hardware and advanced control algorithms can achieve mission-critical precision.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3