Keita Suzuki
Papers
1
Total Citations
2
H-Index
1
About
Keita Suzuki is a researcher working at the intersection of human-robot interaction and sensory interface design, with a particular focus on haptic and vibrotactile communication systems. His work explores innovative methods for delivering tactile feedback to human operators in remote monitoring environments, addressing a critical challenge in industrial robotics: how to effectively transmit situational information from a local site to a remote operator when traditional visual and auditory channels alone prove insufficient. Suzuki's most notable contribution centers on the development of a wristband-type vibrotactile interface capable of inducing phantom sensations on the forearm, a sophisticated perceptual phenomenon where stimulation between two points creates the illusion of touch at intermediate locations. This approach opens new possibilities for intuitive, non-visual information delivery in industrial settings, potentially enhancing operator awareness and response times in complex remote control scenarios. While still building his citation record — with his key work accumulating 2 citations since its 2014 publication — Suzuki's research addresses a genuinely forward-looking problem space, particularly relevant as teleoperation and remote robotics systems become increasingly central to modern manufacturing and hazardous environment management. His work represents a promising contribution to the growing field of wearable haptic interfaces.
Research Focus
Key Achievements
Top Papers
- 1