We present a method to display an integral three-dimensional (3D) image without gaps
between multiple display active areas by using multiple liquid crystal display (LCD) panels …

This paper presents an integral three-dimensional (3D) display that efficiently enhances
both the pixel densities and viewing angles of 3D images with parallel projection of …

Integral three-dimensional (3D) television based on integral imaging requires huge amounts
of information. Previously, we constructed an Integral 3D television using Super Hi-Vision …

Heads-up displays that are 'see-through'and 'curved'and capable of displaying 3D contents
are considered crucial for augmented reality-based navigation in automobiles. Here we …

We propose a method for arranging multiple projectors in parallel using an image-
processing technique and for enlarging the viewing zone in an integral three-dimensional …

This paper proposes a method for combining multiple integral three‐dimensional (3D)
images using direct‐view displays to obtain high‐quality results. A multi‐image combining …

We propose an integral 3D display system that enhances the viewing zone and depth range
of reconstructed 3D images using eye-tracking technology and a lens array with a long focal …

Maradin's novel MEMS‐based micro‐mirror is designed to operate as part of laser beam
steering projection systems. This paper presents some issues concerning the use of …

Recent advances in the creation of microlens arrays as holographic optical elements allow
the creation of projector-based see-through light field displays suitable for augmented …

The viewing freedom of the reduced‐view super multi‐view (SMV) display was analyzed. It
was found that there are separate multiple viewing ranges in the depth direction; thus, a …