Tomonori Izumi

Tokai University, Ritsumeikan University

Papers

Total Citations

H-Index

About

Tomonori Izumi is a pioneering researcher in robotics and embedded systems, with a focus on developing innovative actuation and computing platforms for autonomous and medical applications. His early work introduced a novel force display using a metal hydride (MH) actuator, which operates silently and smoothly—ideal for virtual reality and tele-existence robotics. This foundational study, garnering 15 citations, highlights his contribution to human-robot interaction and haptic feedback. Izumi later advanced micro autonomous robotics by designing an all-programmable System-on-Chip (SoC) platform, enabling efficient, low-power computing for small-scale robots used in exploration and rescue missions. His most impactful work addresses medical diagnostics through a custom image compression algorithm for micro-capsule robots, ensuring high-quality, lossless image transmission for in-body procedures. With over two decades of research, Izumi’s contributions bridge hardware innovation and practical deployment, earning recognition for pushing the boundaries of compact, intelligent robotic systems. His work continues to inspire students and researchers in embedded systems, medical robotics, and autonomous navigation.