Papers
3
Total Citations
48
H-Index
3
About
Fumie Ono is a leading researcher in wireless communication systems for robotic and drone control, with a focus on enabling reliable, long-range operations in challenging environments. Her key research areas include multi-hop wireless networks, latency-guaranteed communication, and radio propagation in sub-GHz bands. Ono’s major contributions center on designing robust command and telemetry systems that extend the operational range of robots and unmanned aerial vehicles beyond line-of-sight—critical for disaster response and infrastructure inspection. Her most cited work (34 citations) addresses latency-guaranteed multi-hop communication for robot and drone control using 2.4 GHz wireless LAN, while subsequent studies explore lower-frequency bands like 920 MHz and 169 MHz to improve signal penetration and range. Notably, her 2021 paper on propagation measurements in the 169 MHz band—a frequency allocated by Japan’s MIC in 2016 for unmanned vehicles—demonstrates how this spectrum leverages superior diffraction for long-distance drone links. Ono’s work directly tackles the challenge of wireless disconnection in remote operations, offering practical solutions that enhance the reliability of robotic systems. Her research is foundational for advancing autonomous technologies in safety-critical applications, with cumulative citations reflecting its growing relevance in robotics and wireless communications.
Research Focus
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