Recently, point clouds have shown to be a promising way to represent 3D visual data for a
wide range of immersive applications, from augmented reality to autonomous cars …

Light field imaging can simultaneously capture the intensity and direction information of light
rays in the real world. Light field image (LFI) with four-dimensional (4D) data suffers from …

Light Field (LF) imaging enables many attractive applications since scene angular and
spatial information can be captured simultaneously. However, the limited angular resolution …

Light field (LF) camera can simultaneously capture the intensity and direction information of
light rays, which has been widely concerned. However, limited by the size of the imaging …

Common representations of light fields use four-dimensional data structures, where a given
pixel is closely related not only to its spatial neighbours within the same view, but also to its …

The recent emergence of light field technology has led to new opportunities for immersive
visual communication that has a need for high spatial and angular resolution, both of which …

Occlusions are common phenomena in light field rendering (LFR) technology applications.
The 3-D spatial structures of some features may be missing or incorrect when capturing …

Recently, research on six-degree-of-freedom virtual reality (VR) systems based on a light
field (LF) has been actively conducted. The LF-based approach is photorealistic and less …

Most current tour guiding methods for Taiwanese temples employ graphic webpage
frameworks combined with captioned pictures for introduction. This type of tour guiding lacks …

Light field (LF)-based virtual reality (VR) systems have been proposed to tackle the problem
of 360° panoramic image based VR not being able to support viewpoint movements. LF …