We demonstrate a chip-scale autostereoscopic image projection system that utilizes a
system of multiple integrated visible light optical phased arrays to reconstruct virtual light …

Abstract Natural three-dimensional (3D) images, perceived as real objects in front of the
viewer, can be displayed by faithfully reproducing light ray information. However, 3D images …

Large-scale three-dimensional (3D) display can evoke a great sense of true presence and
immersion. Nowadays, most of the large-scale autostereoscopic displays are based on …

Light field displays can display three-dimensional (3D) images with smooth motion parallax
without the use of special glasses, by reproducing light ray information from objects …

We present a method to create light field display using a single projector and an array of
plane mirrors. Mirrors can reproduce densely arranged virtual projectors regardless of the …

We propose a see-through multi-projection three-dimensional (3D) display using a
transparent anisotropic diffuser. By immersing a metal-coated anisotropic diffuser into index …

In this paper, we develop a real-time depth controllable integral imaging system. With a high-
frame-rate camera and a focus controllable lens, light fields from various depth ranges can …

We propose a compact multi-projection based multi-view 3D display system using an optical
light-guide, and perform an analysis of the characteristics of the image for distortion …

We propose a novel multiplexing technique for increasing the viewing zone of a multi-view
based multi-projection 3D display system by employing double refraction in uniaxial crystal …

Conventional light field displays suffer from the problem that severe distortion is perceived
when the scenes are reconstructed far from the focused screen, due to the angular …