Mihail Cojocari
Papers
1
Total Citations
1
H-Index
1
About
Mihail Cojocari is a researcher whose work centers on the intersection of aerospace engineering and advanced algebraic methods, with a particular focus on attitude determination and sensor fusion. His most notable contribution is the introduction of "The Extended Wahba's Problem in Dual and Multi-Dual Algebras," a 2024 paper that reimagines Grace Wahba's classic 1965 rotation optimization problem—fundamental to spacecraft orientation—within the framework of dual and multi-dual algebras. This extension allows for the simultaneous estimation of both rotation and translation, offering a more comprehensive solution for modern aerospace systems. While his work is still gaining traction, with the paper currently cited once, its theoretical novelty positions Cojocari as an emerging voice in the field. His research promises to advance applications in navigation, robotics, and satellite technology, bridging classical control theory with contemporary algebraic structures. For students and researchers, Cojocari’s work exemplifies how revisiting foundational problems with new mathematical tools can unlock fresh insights in aerospace engineering.
Research Focus
Key Achievements
Top Papers
- 1The Extended Wahba's Problem in Dual and Multi-Dual Algebras1 citations · 2024