Y. Okamoto

Papers

Total Citations

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About

Y. Okamoto is a robotics researcher focused on advancing autonomous mobile robot navigation in challenging, unstructured environments. Their primary research areas include wheeled locomotion design for rough terrain and path planning for natural settings. Okamoto’s major contributions center on two key innovations: developing a specialized wheel shape that significantly enhances a robot’s ability to climb slopes and steps, addressing a critical limitation in urban and outdoor mobility; and creating effective path planning algorithms for small mobile robots operating in forest areas, enabling autonomous monitoring systems for ecological and agricultural applications. With each of their most-cited papers garnering 4 citations, Okamoto’s work has laid foundational groundwork for practical field robotics. Notably, their research on forest path planning directly responds to growing demands for autonomous environmental monitoring, offering solutions for navigating grassy, uneven terrain where traditional robots struggle. Okamoto’s achievements demonstrate a commitment to bridging the gap between laboratory robotics and real-world deployment in natural landscapes.