Sho Komaki
Papers
2
Total Citations
34
H-Index
2
About
Sho Komaki is a pioneering researcher in bio-inspired robotics, whose work centers on the theoretical and practical design of central pattern generators (CPGs) for legged locomotion. His major contributions lie in reimagining CPG models through novel mathematical frameworks, moving beyond traditional continuous oscillators. In his most influential work, "A Novel Ergodic Discrete Difference Equation Model of Central Pattern Generator" (2021, 32 citations), Komaki introduced and rigorously analyzed an ergodic discrete difference equation (DDE) oscillator, proving its superior suitability for CPG construction over standard non-ergodic models. This theoretical breakthrough provides a more efficient and stable foundation for robotic control. Complementing this, his 2021 paper on an asynchronous sequential logic model for quadruped robots (2 citations) demonstrates a systematic, hardware-efficient approach to CPG design, using bifurcation analysis to ensure robust gait generation. By bridging abstract dynamical systems theory with practical robotic implementation, Komaki’s work offers a powerful new toolkit for engineers and researchers seeking to create agile, energy-efficient walking robots, establishing him as a key innovator in the field of neuromorphic control.
Research Focus
Key Achievements
Top Papers
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