Light field photography has gained a significant research interest in the last two decades;
today, commercial light field cameras are widely available. Nevertheless, most existing …

We propose a novel design for light field image acquisition based on compressive sensing
principles. By placing a randomly coded mask at the aperture of a camera, incoherent …

Light field imagers such as the plenoptic and the integral imagers inherently measure
projections of the four dimensional (4D) light field scalar function onto a two dimensional …

Sparsity in the Fourier domain is an important property that enables the dense
reconstruction of signals, such as 4D light fields, from a small set of samples. The sparsity of …

Light field imaging has emerged as a technology allowing to capture richer visual
information from our world. As opposed to traditional photography, which captures a 2D …

This paper describes a method for scene reconstruction of complex, detailed environments
from 3D light fields. Densely sampled light fields in the order of 109 light rays allow us to …

Light field cameras capture full spatio-angular information of the light field, and enable many
novel photographic and scientific applications. It is often stated that there is a fundamental …

We present a novel neural representation for light field content that enables compact storage
and easy local reconstruction with high fidelity. We use a fully-connected neural network to …

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 …

We describe a theoretical framework for reversibly modulating 4D light fields using an
attenuating mask in the optical path of a lens based camera. Based on this framework, we …