Papers
3
Total Citations
14
H-Index
3
About
Toshiki Masuda is a roboticist whose research focuses on the intersection of biomechanics, neural control, and autonomous navigation in legged systems. His work is distinguished by a deep interest in how adaptive locomotion emerges from the dynamic interaction between a robot's body, its controller, and the environment. Masuda made a significant early contribution with his work on the quadruped robot "Rush," where he proposed a novel, compliant leg design with a single actuator and used delayed feedback control to achieve autonomous and efficient running on varied terrain. This research, which has garnered foundational citations, explored the emergence of gaits like bounding as a product of coupled neural and musculoskeletal dynamics. More recently, Masuda has advanced the field of autonomous mobile robotics by developing a passability-based local planner that employs a Growing Neural Gas network. This work, which has already attracted attention, enables robots to perceive 3D spaces and intelligently modify global paths in environments with unknown objects, a critical capability for real-world deployment. Through these contributions, Masuda demonstrates a sustained commitment to creating robots that are not only physically capable but also perceptually intelligent.
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