We propose a novel full-parallax autostereoscopic display based on a lenticular tracking
method to achieve separation between the viewing angle and image resolution and to …

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 …

This paper proposes an open computer language (OpenCL) parallel processing method to
generate the elemental image arrays (EIAs) for hexagonal lens array from a three …

A scheme for the resolution enhancement of a dense point light source integral imaging
display is proposed. The proposed method uses 9 light emitting diodes (LEDs), a collimating …

We propose and demonstrate a viewing-angle-enhanced integral imaging display (VAEIID)
system that uses a time-multiplexed, two-directional sequential projection (TTSP) scheme …

Viewing-zone control of integral imaging (II) displays using a directional projection and
elemental image (EI) resizing method is proposed. Directional projection of EIs with the …

We introduce a projection-type light field display featuring effective light modulation. By
combining a tomographic display with integral imaging (InIm) technology, a novel optical …

An enhanced 360-degree integral-floating three-dimensional display system using a
hexagonal lens array and a hidden point removal operator is proposed. Only the visible …

We propose a method to improve the visual resolution of integral imaging by synchronously
moving both a lenslet array and a display device to overcome the limited sampling rate …

The point light sources (PLSs) of integral imaging displays have a wide depth range;
however, the resolution is very low. We developed resolution-enhanced PLS displays using …