High dynamic range (HDR) imagery permits the manipulation of real‐world data distinct from
the limitations of the traditional, low dynamic range (LDR), content. The process of …

A number of novel imaging technologies have been gaining popularity over the past few
years. Foremost among these are stereoscopy and high dynamic range (HDR) Imaging …

Real world scenes that contain high dynamic range illumination present a special challenge
for stereo matching algorithms due to a lack of texture in over-or under-exposed image …

Stereoscopic and high dynamic range (HDR) imaging are two methods that enhance video
content by respectively improving depth perception and light representation. A large body of …

In this paper, we present work in progress towards the generation of a ground truth data set
for High Dynamic Range (HDR) stereo matching. The development and evaluation of novel …

We present stereo matching solutions based on a fast cost-volume filtering approach for
High Dynamic Range (HDR) scenes. Multi-exposed stereo images are captured and used to …

This chapter is divided into two main sections, concerning acquisition and rendering. The
chapter provides a classification of acquisition methods based on the domain in question …

The High Dynamic Range Imaging (HDRI) pipeline provides us with greater level of detail in
color and brightness pixel values by introducing methods from image/video acquisition …