Projects

 We are studying measurement and tracking methods to create novel augmented reality applications. Not only computing information inside of computers, but also we are thinking how to present the information to users with human centered design.

Research Projects

Facial Performance Capture By Embedded Photo Reflective Sensors On A Smart Eyewear

AffectiveHMD
SofTouch

SofTouch
SofTouch

Occlusion Leak Compensation for Optical See-Through Displays using a Single-layer Transmissive Spatial Light ModulatorOcclusion_Leak_Compensation

MuscleVR: detecting muscle shape deformation using a full body suit
IMG_3853

Laplacian Vision: Augmenting Motion Prediction via Optical See-Through Head-Mounted Displays and Projectors

Tracking and Controlling Robots on Display Surface
DBC-Depth

3D Object Tracking and Re-construction from Point Clouds
pointclound

Depth-based Object Tracking under Dynamic illumination
project_bunny01

Virtual Slicer
medical

Virtual Physical Interaction in Shared Space for Video Contents Creation
Telecollaboration

Pathfinder Vision: Future Prediction Interface for Vehicle Tele-operation
130122121248

3D Measurement of Planer Photo Sensor Position by Gradient Patterns
Measurement

AffectiveWear: Toward Recognizing Facial Expressions
13

Student Projects

Virtual Rope Slider
ターザンロゴ(透過)