research topics– category –
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Haptic Interfaces
New technologies of haptic interfaces. Midair Haptics research: Symmetric telexistence by 3D haptic & optical hologram (Hptoclone) 2015 Ultrasonic 3D Haptic Hologram 2015 Aerial touch panel with haptic feedback (HaptoMime) 2014... -
Wearable Network Using 2D Communication
Sorry, this entry is only available in Japanese. -
HaptoCloneAR
HaptoCloneAR: mutual haptic-optic interactive system with 2D image superimpose Kentaro Yoshida, Yuuki Horiuchi, Seki Inoue, Yasutoshi Makino, and Hiroyuki Shinoda. 2017. HaptoCloneAR: mutual haptic-optic interactive system with 2D image ... -
Vibration Estimation from Video by Using Neural Network
↓First person view of tennis playing ↓Back view of tennis playing Fig1. Viewers can sometimes imagine how the vibrotactile stimuli are in the video. 図2. Video viewing improved by VibVid system. Kentaro Yoshida, Seki Inoue, Yasutoshi Mak... -
Computational Foresight Using Machine Learning
We propose a machine learning-based system named "Computational Foresight" that can forecast human body motion 0.5 seconds before the actual motion in real-time. This forecasting system can be used to estimate human gestures in advance t... -
Midair Ultrasound Fragrance Rendering
Sorry, this entry is only available in Japanese. -
Prediction of Volleyball Trajectory Using Skeletal Motions of Setter Player
Sorry, this entry is only available in Japanese. -
Midair Haptics by Air borne Ultrasound Tactile Display
Airborne ultrasound can produce pressure and temperature distribution on a skin. Haptics based on such a non-contact haptic stimulation is called "Midair Haptics." The Details are here. Haptoclone and Midair haptic touch-panel Mani... -
Hopping-Pong: Trajectory Control of Moving Object Using Airborne Ultrasound
https://www.youtube.com/watch?v=v0F5Mp1pvMY We propose Hopping-Pong changing the trajectory of a moving ping-pong ball by using a non-contact ultrasound force. There are many previous researches controlling a real object using a com... -
ReFriction
We propose a system that can remotely change the friction feel of the polystyrene foam surface using an Airborne Ultrasound Tactile Display (AUTD). In previous studies, the superficial friction of an object is mainly controlled by ultras...
