M. Azuaga
Papers
1
Total Citations
3
H-Index
1
About
M. Azuaga is a robotics researcher whose work focuses on bipedal locomotion and balance control for humanoid robots operating in dynamic, human-centered environments. Their key contributions lie in developing real-time, sensor-driven strategies that enable small humanoid robots to maintain stability when subjected to unexpected external disturbances. In their most cited paper (2007, 3 citations), Azuaga introduced an online ankle-hip control framework that leverages accelerometer and force-sensor feedback to counteract mediolateral balance disturbances—a critical challenge for robots designed to coexist with humans. This work addresses the fundamental need for sociable robots to withstand pushes or uneven terrain without falling, advancing the field of human-robot interaction. While their citation count is modest, Azuaga’s research is notable for its practical, hardware-validated approach to a core problem in humanoid robotics: achieving robust, real-time balance without relying on complex precomputed trajectories. Their contributions underscore the importance of lightweight, reactive control systems for bringing humanoid robots out of labs and into everyday human spaces.
Research Focus
Key Achievements
Top Papers
- 1