Papers
4
Total Citations
139
H-Index
3
About
Nozomi Tomita is a leading researcher in biomechanics and robotics, whose work bridges the gap between biological locomotion and robotic control. Her primary research areas include quadruped and bipedal locomotion, gait transitions, and adaptive control mechanisms inspired by neural and musculoskeletal systems. Tomita’s major contribution is uncovering the stability-based mechanism behind hysteresis in the walk–trot transition in quadrupeds, a phenomenon where gait changes depend on speed history. Her 2013 paper on this topic, with 82 citations, demonstrated that gait transitions correspond to attractor dynamics, providing a foundational framework for understanding locomotion stability. She further advanced the field by studying human split-belt treadmill walking, revealing how interlimb coordination adapts through foot contact timing learning—a finding with 40 citations. Tomita also developed adaptive bipedal robots using nonlinear oscillators and phase resetting, and integrated basal ganglia and brainstem models to enable robots to navigate unpredictable environments. Her work has significant implications for rehabilitation robotics and prosthetics, offering insights into how biological systems achieve robust, adaptive locomotion.
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