Daisuke Maruyama
Papers
3
Total Citations
19
H-Index
2
About
Daisuke Maruyama is a pioneering roboticist whose work centers on the development of flexible, hermetically-sealed mobile robots for navigating narrow and hazardous spaces, as well as human-robot synchronization. His most significant contribution is the invention of the hydrostatic skeleton driving mechanism, a novel approach that allows robots to squeeze through confined environments without getting stuck—a common failure point for traditional crawler or wheel-based rescue robots. His 2006 paper on this topic, which has garnered 15 citations, remains a foundational reference in the field of search-and-rescue robotics. Maruyama further refined this concept with the introduction of the HS crawler, a flexible crawler that uses hydrostatic pressure to maintain structural integrity while adapting to irregular terrain. In parallel, he has explored human-robot interaction, notably developing a vision-based method to extract human walk pitch for synchronized walking, leveraging neural oscillator entrainment to enhance safety and comfort in collaborative settings. Though his citation counts are modest, Maruyama’s work is notable for its originality and practical impact, offering a creative solution to a persistent challenge in mobile robotics and advancing the frontier of human-robot coordination.
Research Focus
Key Achievements
Top Papers
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