Tone mapping is essential for displaying High Dynamic Range (HDR) images on Low
Dynamic Range (LDR) screens. The quality performance of these algorithms has improved …

The majority of consumer displays are limited to Standard Dynamic Range (SDR)
technology, making the backwards compatibility of Hight Dynamic Range (HDR) content to …

Tone mapping operators (TMOs) are used to convert high dynamic range (HDR) images to
their low dynamic range (LDR) versions mostly to display them on standard display devices …

Tone mapping operators (TMOs) aim to adjust high dynamic range (HDR) images to low
dynamic range (LDR) ones so that they can be displayed on conventional devices with …

Tone mapping is necessary for Low Dynamic Range (LDR) devices to display High Dynamic
Range (HDR) images and videos. Multiple video Tone Mapping Operators (vTMOs) have …

Natural scenes generally have very high dynamic range (HDR) which cannot be captured in
the standard dynamic range (SDR) images. HDR imaging techniques can be used to …

This paper proposes a Tone Mapping (TM) approach converting a High Dynamic Range
(HDR) image into a Low Dynamic Range (LDR) image while preserving as much …

Tone mapping operators (TMOs) employed to visualize high dynamic range (HDR) content
on conventional low dynamic range (LDR) devices suffer from two major drawbacks. First …

High dynamic range (HDR) image data representing the real world's range of luminance is
commonly used in the computer graphics community. Prior to displaying, HDR images have …

Tone-Mapping Operators (TMOs) are usually used to produce Low Dynamic Range (LDR)
versions of the High Dynamic Range (HDR) images that encapsulate better perceptual …