Datasets and Benchmarks for Densely Sampled 4D Light Fields

Then they calibrate the camera images with the help of markers in the scene, reconstruct a rough approximation of the scene geometry using silhouette information or simi- lar

We present a novel reconstruction method that can synthesize an all in-focus view from under-sampled light fields, significantly suppressing aliasing artifacts. The presented

Our online light-field capture process enables the user to examine the surface light field as it is being acquired, add images where necessary, and make the final determination as

In this paper we introduce an autostereoscopic display that uses a scalable array of digital light projectors and a projection screen augmented with microlenses to simulate a

The 8D reflectance field is defined as a transport matrix that describes the transfer of energy between a light field [LH96] of incoming rays (the illumination) and a light field

Pinhole cameras are a type of general linear camera, defined as planar 2D slices of the 4D light field.. Cameras with finite apertures can be considered as the summation of a

While es- timating layers and their individual motions looks like a chicken-and-egg problem at first glance, it turns out that in the 4D light field setting, the disparity of

The key to improved upsampling results lies in the application of a guidance area to train an individual local dictionary for each recorded scene, the ability to combine