(M) Distortion Reduction with Directional Display in Mirror Array Type Transparent Virtual Image Display
(M)Method to estimate demodulation parameters using payloads in optical camera communications
(D)Study on Advanced Undersampling-based Visible Light Communication
Spatial Image Media Laboratory
Faculty
YENDO Tomohiro
Electrical,Electronics and Information
Associate Professor
- TEL：
- 0258-47-9536
FUJII Kengo
Electrical,Electronics and Information
Assistant Professor
- TEL：
- 0258-47-9544
Specialties
Human interface and interaction
Communication/Network engineering
Research areas
１．3D Display
２．3D Imaging
３．Visible Light Communication
４．Aerial Display
Main facilities
Cyrindrical 3D Display
High-speed Camera
Digital Oscilloscope
3D printer
CNC Processing Machine
Laser Processing Machine
Forte of this laboratory's study
１．3D Display
２．3D / Mulit-view Imaging System
３．Stereoscopic / Multi-view Image Processing
４．Visible Light Communication
５．Aerial Display
Achivements/proposals via industry-academia collabolations
Visible Light Communication System Targeting LED Traffic Lights, Automotive Tail Lamps, and LED Signboards
Social Applications of 3D and Aerial Displays
Areas interesting to interact with
Applications of Glasses-Free 3D Displays
Applications of Visible Light Communication Using LED Signboards and LED Traffic Lights as Transmitters
Applications of Aerial Displays
Message
Stereoscopic display technology is still in its infancy, and no definitive method has yet emerged. However, even with current technology, it is possible to achieve significant visual effects by building systems tailored to specific applications. Our laboratory has developed unique methods, including cylindrical 3D displays, and is capable of offering solutions suited to various purposes.
Fig.1 Cylindrical 3D Display Viewable from 360° Around
Fig.2 Mirror Ball-Type 3D Display Viewable from All Directions
Fig.3 Aerial Display Viewable from All Directions, Like Pillar-Wrapped Advertisements
