Tabletop light field displays are compelling display technologies that offer stereoscopic
vision and can present annular viewpoint distributions to multiple viewers around the display …

A holographic diffuser can effectively improve the viewable quality of a large-scale integral
imaging system. In this paper, a beam diffusion model of the holographic diffuser is …

Light field display is considered as the most promising three-dimensional (3D) display
technology, but its development is severely constrained by the shallow depth of field (DOF) …

Limited by the resolution of display panel and residual aberrations of optical components, it
is difficult for the three-dimensional light-field displays (3D LFDs) to provide viewers with …

Lens aberrations degrade the image quality and limit the viewing angle of light-field
displays. In the present study, an approach to aberration reduction based on a pre …

Wide‐field imaging is widely adopted due to its fast acquisition, cost‐effectiveness, and ease
of use. Its extension to direct volumetric applications, however, is burdened by the trade‐off …

In order to compensate the lens axial position error in macrolens array based integral
imaging display system, a calibration method of the reconstruction degradation caused by …

Light field 3D displays suffer from low resolution and narrow viewing angle, and these two
problems limit the performance of tabletop light field 3D displays. A light field display method …

Three-dimensional (3D) light field displays require samples of image data captured from a
large number of regularly spaced camera images to produce a 3D image. Generally, it is …

The holographic diffuser plays a significant role in the reconstruction performance of the
large-size integral imaging display system. However, the influence of the holographic …