Takahiro Fukui
Papers
3
Total Citations
75
H-Index
3
About
Takahiro Fukui is a leading researcher in bioinspired robotics, specializing in quadruped locomotion and neuromorphic control. His work centers on developing autonomous gait transition mechanisms for legged robots, drawing inspiration from biological central pattern generators (CPGs). Fukui’s major contribution is the integration of vestibular feedback with CPG models to enable real-time, adaptive gait changes—such as transitioning from pacing to galloping—without external commands. His most-cited paper (2018, 49 citations) demonstrates a quadruped robot autonomously navigating unperceived obstacles through CPG modulation, a breakthrough in robust, animal-like locomotion. He further advanced this with phase modulation techniques (2021, 13 citations) for medium-speed pacing transitions, validated in both simulation and physical robots. Notably, his experimental work with pneumatic muscle actuators (2022, 13 citations) explores soft, bioinspired actuation for pace running, bridging neuromechanics and hardware design. With a cumulative impact of over 75 citations, Fukui’s research is pivotal for students and engineers aiming to create resilient, autonomous legged robots capable of complex terrain adaptation.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3