Takuya Okuyama

Papers

Total Citations

H-Index

About

Dr. Takuya Okuyama is a pioneering researcher in wireless power transmission and networked robotics, best known for his foundational work on powering autonomous systems through two-dimensional waveguide (2DW) sheets. His most cited paper, "30W wireless power transmission to networked robots through 2D waveguide" (2012), demonstrated a breakthrough 34-watt wireless charging system that meets electromagnetic compatibility standards, enabling continuous operation of ubiquitous robots without physical connectors. This innovation directly addressed the critical challenge of power delivery in distributed robotic networks, allowing robots to maintain flexible communication links while being wirelessly recharged. Though his citation count remains modest, Okuyama's work represents a high-risk, high-reward approach to eliminating battery constraints in multi-robot systems—a concept that has influenced subsequent research in ambient power distribution and robot swarms. His contributions sit at the intersection of power electronics, electromagnetic engineering, and robotics, offering a practical pathway toward truly autonomous, self-sustaining robotic networks. For students exploring wireless energy transfer, Okuyama's research exemplifies how overcoming power bottlenecks can unlock new paradigms in mobile robotics and IoT infrastructure.