In this paper, we propose a new approach to create a compact autostereoscopic aerial multi-
view display. It employs a transmission type retroreflector, ie a slit mirror array (SMA), and a …

Mid-air images, which are augmented reality (AR) technologies, enable computer graphics
(CG) images to be superimposed on a physical space. The mid-air image can be placed …

Many optical systems for displaying digital information on mirrors have been proposed, but
information can only be displayed in either mirrored or real space and cannot move back …

Although it is beneficial to use an optical simulator to design a mid-air imaging system, the
use of a simulator requires optical knowledge, and it cannot be handled by non-specialists …

Mid-air images in a three-dimensional space beyond a screen enable users to observe
virtual content without wearing any devices. When using a symmetrical mirror structure with …

In this study, we propose PicPop, a pop-up picture book system that uses mid-air images to
make digital images pop out from a flat picture book. The user does not need to wear a …

Previously, a telepresence system, called Levitar, was proposed to allow communication
through computer-graphics (CG) avatars in real space. Levitar employs micro-mirror array …

In this study, we propose an approach to display a distortion-free mid-air image inside a
transparent refractive object and on a curved reflective surface. We compensate for the …

A table-top reflective aerial imaging system can display digital information as if it existed on
a specular horizontal surface, such as a marble or acrylic table-top. This system allows a …

We propose “AIR-range”-a system that seamlessly connects mid-air images from the surface
of a table to mid-air space. This system can display tall mid-air images in the three …