Takaaki Nara

The University of Tokyo, Tokyo University of Information Sciences, Aichi Institute of Technology

Papers

Total Citations

H-Index

About

Takaaki Nara’s research bridges robotics, haptics, and magnetic sensing, with a focus on solving real-world localization and human–machine interaction challenges. He is best known for pioneering work in indoor localization using magnetic markers—his 2020 paper on three-dimensional localization of a rotating magnetic dipole (5 citations) derives Fourier-integral formulas to overcome occlusion, enabling precise tracking of robots or vehicles in cluttered environments. In haptics, Nara contributed to tactile display technology with his 2006 study on active-type surface acoustic wave (SAW) tactile displays (5 citations), which advanced virtual reality and remote robotic control by reproducing nuanced human touch sensations. His impact extends to search-and-rescue robotics: a 2016 paper (2 citations) validated the use of avalanche beacons on robots to detect buried victims, leveraging magnetic field analysis for disaster response. Though citation counts are modest, Nara’s work is notable for its interdisciplinary creativity—combining electromagnetics, signal processing, and human perception—and for addressing practical problems where conventional methods fail. His research offers foundational insights for students interested in sensor fusion, haptic interfaces, and field robotics.