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 …

A variety of applications such as virtual reality and immersive cinema require high image
quality, low rendering latency, and consistent depth cues. 4D light field displays support …

Single-shot light field cameras typically sacrifice spatial resolution to sample angular
viewpoints, multiplexing rays onto a 2D sensor array. Using compressive sensing to recover …

A networked remote meter-reading system based on Bluetooth wireless communication
technology and GSM is presented in this paper. The remote meter-reading system employs …

This paper presents the use of light field data, recorded in a snapshot from a single plenoptic
camera, for 3-D visualization of transparent fluid flows. We demonstrate the transfer of light …

Light fields are a powerful concept in computational imaging and a mainstay in image-based
rendering; however, so far their acquisition required either carefully designed and calibrated …

Light-field photography is an extension of traditional photography that enables among other
effects refocusing, viewpoint change, and aperture synthesis of still images by digital …

THE diagnostics of high-enthalpy flows, such as flames or plasma flows, are often based on
optical methods, eg, on the spectroscopic investigation of the emitted radiation. Flames, in …

Computational cameras with sensor hardware co-designed with computer vision and
graphics algorithms are an exciting recent trend in visual computing. In particular, most of …

Light field imaging is limited in its computational processing demands of high sampling for
both spatial and angular dimensions. Single-shot light field cameras sacrifice spatial …