T. Odagawa

Hokkaido University, Hokkaido University of Science

Papers

Total Citations

126

H-Index

About

T. Odagawa is a pioneering researcher in haptic and tactile interface technology, with a focus on enhancing human-machine interaction through sensory feedback. Their key research areas include tactile displays, force feedback systems, and the psychophysics of material perception. Odagawa’s major contributions lie in developing innovative methods to present tactile sensations—such as temperature changes to simulate material quality—and force displays using metal hydride actuators, which operate silently and smoothly, ideal for virtual reality and tele-existence robotics. Their most-cited work, “A tactile display for presenting quality of materials by changing the temperature of skin surface” (2002), has garnered 111 citations, underscoring its influence on haptic design. Another notable study on a force display using a metal hydride actuator (2002, 15 citations) demonstrates their commitment to noise-free, realistic force feedback. Odagawa’s research bridges psychophysical experiments and engineering, advancing applications in artificial reality and remote robotic control. Their work remains foundational for students and researchers exploring non-visual sensory interfaces, offering practical solutions for immersive virtual environments and teleoperation systems.