Toshiki OHORI

Papers

Total Citations

H-Index

About

Toshiki Ohori is a researcher specializing in wireless power transfer (WPT) systems, with a particular focus on magnetic resonant coupling for mobile robotics. His work addresses a critical challenge in this field: maintaining efficient power delivery when a robot’s position or power consumption changes, which causes impedance mismatches and power reflection. Ohori’s major contributions include developing automated impedance-matching techniques that dynamically adjust the position of the driver coil or other system parameters to sustain high transfer efficiency. His 2023 paper on impedance matching via driver coil positioning has garnered 10 citations, while his 2022 work on automated matching systems has received 2 citations, reflecting growing interest in his practical solutions. By enabling robust, real-time power supply to moving robots, Ohori’s research advances the viability of WPT for autonomous systems, reducing the need for physical charging stations. His work is notable for its direct application to mobile robotics, offering a scalable approach to power delivery that could extend operational ranges in industrial and service robotics. For students and researchers, Ohori’s contributions highlight the importance of adaptive control in WPT, bridging theoretical resonance principles with real-world robotic autonomy.