Geometric information of scenes available with four-dimensional (4-D) light fields (LFs)
paves the way for post-capture refocusing. Light field refocusing methods proposed so far …

This paper proposes a novel real-time method for high-quality view interpolation from light
field. The proposal is a lightweight method, which can be used with consumer GPU …

Light field imaging can simultaneously record the position and direction information of light
rays; thus, digital refocusing and full depth-of-field extension—functions that are …

In this article, we compare the impact of state-of-the-art light field compression methods. It
addresses quality of (a) refocused images and (b) point clouds reconstructed from 4D light …

This paper proposes a novel solution of real-time depth range and correct focusing
estimation in light field videos represented by arrays of video sequences. This solution …

Light Field (LF) video technology is a step towards offering a better immersive experience
through on-demand refocusing and perspective viewing. However, the significant increase …

Compression method for GPU streaming of discrete light fields is proposed in this paper.
Views on the scene are encoded with video codec to enable streaming in real time. Instead …

Light Fields (LFs) are characterized by high dimension, complex structure and large amount
of data. Therefore, the efficient compression of LF videos faces challenges. Existing methods …

During the last 100 years immersion in cinematography has undergone fundamental
technological advancements, for example, adding audio to silent movies, color to black and …

Abstract Neural Radiance Fields (NeRF) is a recent technology which had a large impact in
computer vision, promising to generate high quality novel views and corresponding disparity …