Papers
12
Total Citations
243
H-Index
8
About
Tetsuro Funato is a leading researcher in bio-inspired robotics and locomotion control, whose work bridges the gap between biological movement and robotic systems. His primary research areas include quadruped and bipedal locomotion, interlimb coordination, and swarm robotics, with a particular focus on understanding how animals transition between gaits and how robots can replicate these adaptive behaviors. Funato’s most influential contribution is his stability-based mechanism explaining hysteresis in the walk–trot transition of quadrupeds (82 citations), which demonstrated that gait changes are governed by attractor dynamics rather than simple speed thresholds. He also made significant advances in split-belt treadmill walking, revealing how humans adapt foot contact timing through nonlinear oscillator networks (40 citations), and developed algorithms for adaptive formation transitions in robot swarms inspired by slime mold intelligence. His work on turning maneuvers in multilegged robots (43 citations) showed how controlled instability can enhance mobility. Funato’s research has been published in top robotics and biology journals, and his oscillator-based models have become foundational for understanding sensorimotor coordination in both insects and robots. His interdisciplinary approach continues to influence the design of more agile, adaptive robotic systems.
Research Focus
Key Achievements
Top Papers
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- 9StRRT-based path planning with PSO-tuned parameters for RoboCup soccer7 citations · 2014
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