Rikuto Nozu
Papers
1
Total Citations
1
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About
Rikuto Nozu is a pioneering researcher at the intersection of robotics, neuromorphic engineering, and biomedical systems. His primary research areas include central pattern generator (CPG) circuits, wireless synchronization dynamics, and FPGA-based control architectures for both robotic locomotion and functional electronic stimulation. Nozu's most significant contribution is the development of a novel wireless CPG based on ergodic sequential logic dynamics, which provides a unified framework for generating rhythmic patterns in multi-legged robots and assisting human motor functions. His work demonstrates how coupled field programmable gate arrays can achieve robust synchronization without physical wiring, enabling more flexible and scalable implementations. The 2024 study, which has already garnered attention in the field, offers detailed parameter analyses for realizing natural gaits in robots and supporting rehabilitation in humans. This dual application—bridging robotics and neuroprosthetics—highlights Nozu's unique ability to translate theoretical dynamics into practical hardware. His research holds promise for advancing autonomous robots and next-generation assistive devices, making him a rising figure in bio-inspired engineering.
Research Focus
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Top Papers
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