Measuring digital picture quality, as perceived by human observers, is increasingly
important in many applications in which humans are the ultimate consumers of visual …

Being able to automatically predict digital picture quality, as perceived by human observers,
has become important in many applications where humans are the ultimate consumers of …

Tone-mapping operators (TMOs) that convert high dynamic range (HDR) to low dynamic
range (LDR) images provide practically useful tools for the visualization of HDR images on …

Nowadays, the standard dynamic range (SDR) image acquired at a fixed exposure exposes
weakness in portraying fine-grained details of real scenes. The high dynamic range (HDR) …

Tone mapping operators (TMO) are functions that map high dynamic range (HDR) images to
a standard dynamic range (SDR), while aiming to preserve the perceptual cues of a scene …

As compared to standard dynamic range (SDR) videos, high dynamic range (HDR) content
is able to represent and display much wider and more accurate ranges of brightness and …

Measuring visual quality, as perceived by human observers, is becoming increasingly
important in the many applications in which humans are the ultimate consumers of visual …

Tone-mapping technology aims to transform high dynamic range (HDR) images into
standard dynamic range images for visualizing on standard screens. However, various …

High dynamic range (HDR) imaging techniques have been working constantly, actively, and
validly in the fault detection and disease diagnosis in the astronomical and medical fields …

High dynamic range (HDR) image and video technology has recently attracted a great deal
of attention in the multimedia community, as a mean to produce truly realistic video and …