Light field display (LFD) is considered as a promising technology to reconstruct the light
rays' distribution of the real 3D scene, which approximates the original light field of target …

A high-efficient computer-generated integral imaging (CGII) method is presented based on
the backward ray-tracing technique. In traditional CGII methods, the total rendering time is …

[1] CHOI K, KIM J, LIM Y, et al.. Full parallax viewing-angle enhanced computer-generated
holographic 3D display system using integral lens array [J]. Optics Express, 2005, 13 (26) …

There are encouraging advances in prosthetic vision for the blind, including retinal and
cortical implants, and other “sensory substitution devices” that use tactile or electrical …

Due to the limitations of micro lens arrays and camera sensors, images on display devices
through the integral imaging microscope systems have been suffering for a low-resolution. In …

A novel resolution-enhancement method for an integral imaging microscopy that applies
interpolation and deep learning is proposed, and the complete system with both hardware …

Integral imaging is a promising 3D visualization technique for reconstructing 3D medical
scenes to enhance medical analysis and diagnosis. However, the use of lens arrays …

We propose a computer generated integral photography (CGIP) method that employs a lens
based rendering (LBR) algorithm for super-multiview displays to achieve higher frame rates …

A real-time interactive orthographic-view image display of integral imaging (II) microscopy
that includes the generation of intermediate-view elemental images (IVEIs) for resolution …

In this paper, we propose a computer-generated integral imaging (CGII) method called
multiple orthographic frustum combining (MOFC), in which an elemental image array (EIA) …