Full-parallax 3D display using time-multiplexing projection technology

Full-parallax 3D display from single-shot Kinect capture

We propose the fusion between two concepts that are very successful in the area of 3D imaging and sensing. Kinect technology permits the registration, in real time, but with low resolution, of accurate depth maps of big, opaque, diffusing 3D scenes. Our proposal consists on transforming the sampled depth map, provided by the Kinect technology, into an array of microimages whose position; pitch ...

Study on Visual Display for Stereoscopic Vision Based on Binocular Parallax Using Retro-reflective Projection Technology

This paper discuss an image presenting method that projects information on an inner wall of a car in order to raise safety by using RPT(Retro-reflective Projection Technology). In previous research, we can see through the rear seat which is covered with retro-reflective material as a screen and recognize directly backward of a car. In this paper, we propose a projection optical system for binoc...

A Pseudo-3D Interactive Projection System Using Motion Parallax

In this paper, we propose an interactive projection system in which a user can see 3D scenes without glasses. The system regards the 3D position of the viewer's face which is detected with Kinect as the viewer's viewpoint position and projects images according to the viewpoint position. In addition, the system enables the viewer to interact with virtual objects by using the 3D positions of the ...

Full-parallax 3D image scanning for holoprinter

Blink: 3D Display Multiplexing for Virtualized Applications

Virtual Machines are increasingly being deployed on Desktop PC's, but because many existing VMM technologies are mostly targeted at servers, graphical performance is a stumbling block to many modern applications such as games, simulation, and video-conferencing. Existing high-performance display systems sacri ce safety and provide applications with direct hardware access, but the aim of our wor...