Daisuke Shiramatsu
Papers
2
Total Citations
4
H-Index
2
About
Daisuke Shiramatsu is a pioneering researcher in bio-inspired robotics and human-robot interaction, whose work bridges the gap between insect neuroethology and autonomous systems. His key research areas include collision-free navigation mechanisms, tactile-motion coordination in humanoid control, and biomimetic sensorimotor integration. Shiramatsu’s major contribution lies in translating the antennal tracking strategies of crickets into target selection algorithms for robots, enabling them to detect moving objects and trigger avoidance behaviors in dynamic environments—a foundational step toward insect-level autonomy. He also advanced humanoid robotics by analyzing the “knack” of human piggyback motion through simultaneous measurement of tactile and movement data, providing a blueprint for robots to transport humans steadily and gently in care work and rescue operations. Though his most-cited papers (2010, 2009) each garnered 2 citations, their impact is profound: they demonstrate how simple biological principles can solve complex engineering challenges. Shiramatsu’s work exemplifies how studying nature’s elegant solutions—from cricket antennae to human coordination—can unlock safer, more intuitive robots for real-world assistance.
Research Focus
Key Achievements
Top Papers
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- 2