Augmented reality (AR) is an interactive experience of a real-world environment where the
objects that reside in the real world are enhanced by computer-generated perceptual …

In this paper, we present a novel integral imaging pickup method. We extract each pixel's
actual depth data from a real object's surface using a depth camera, then generate …

The main advantage of an integral imaging system is that it does not cause a vergence-
accommodation conflict to the viewer, as happens in other types of three-dimensional (3D) …

We propose and implement an integral imaging microscope with extended depth-of-field
(DoF) using a bifocal holographic micro lens array (MLA). The properties of the two MLAs …

This paper proposes an enhanced integral imaging system with an electrically controllable
image plane to address the issue of the limited depth problem in integral imaging. For …

A depth-of-field enhancement method for integral imaging microscopy system using a
spatial multiplexing structure consisting of a beamsplitter with dual video channels and …

We propose a hybrid computational near-eye light field display based on micro-lens arrays
(MLAs) and structure parameters prioritization method (SPPM) that can render correct …

In a typical auto-stereoscopic three-dimensional display, the parallax barrier or lenticular
lens is located in front of the display device. However, in a projection-type auto-stereoscopic …

A method to enhance the performance of an integral imaging system is demonstrated using
the time-multiplexed convergent backlight technique. The backlight increases the space …

The discrepancy of disparity and accommodation in current 3D display systems is one
source of discomfort for the audience. To solve this problem, an adaptive focus integral …