Kazuya Tamura

Yokohama National University, University of Aizu

Papers

Total Citations

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About

Kazuya Tamura is a robotics researcher whose work focuses on advancing locomotion and autonomous navigation for robots operating in challenging, unstructured environments. His primary research areas include bipedal walking control, multi-robot coordination, and biologically-inspired stabilization. Tamura’s most notable contribution is a robust, high-mobility walking control system for bipedal robots on uneven terrain, which eliminates the need for Zero Moment Point (ZMP) feedback. This innovation prevents performance degradation from sensor noise and allows the robot to withstand frequent perturbations, marking a significant step toward practical humanoid robots in real-world settings. Additionally, he has explored the use of multiple robots for unsmooth field sweeping, applying a ballistic random walk algorithm to enable robotic weeding in rice fields—a novel approach to agricultural automation. His work on biologically-inspired neural networks for walking stabilization further demonstrates his commitment to merging principles from nature with engineering. While his citation counts are currently modest (3 citations for his top papers), Tamura’s research is foundational for future developments in field robotics and humanoid locomotion.