Recent imaging technologies are rapidly evolving for sampling richer and more immersive
representations of the 3D world. One of the emerging technologies is light field (LF) cameras …

Light field (LF) acquisition devices capture spatial and angular information of a scene. In
contrast with traditional cameras, the additional angular information enables novel post …

Computer vision applications such as refocusing, segmentation and classification become
one of the most advanced imaging services. Light Field (LF) imaging systems provide a rich …

Advanced handheld plenoptic cameras are being rapidly developed to capture information
about light fields (LFs) from the 3D world. Rich LF data can be used to develop dense sub …

Light fields capture a large number of samples of light rays in both intensity and direction
terms, which allow post-processing applications such as refocusing, shifting view-point and …

In this paper, we present a compression method for light fields based on the Fourier
Disparity Layer representation. This light field representation consists in a set of layers that …

In this paper, we propose a pseudo-sequence-based two-dimensional (2-D) hierarchical
coding structure for light-field image compression. In the proposed scheme, we first …

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 …

Light field (LF) imaging enables new possibilities for digital imaging, such as digital
refocusing, changing of focus plane, changing of viewpoint, scene-depth estimation, and 3D …

Due to its spatio-angular structure, light field image allows for a wealth of post-processing
techniques like digital refocusing and depth estimation. In order to compress the data of the …