Compared to conventional digital imaging, high dynamic range (HDR) image tone mapping
technology can faithfully reproduce real-world scenes on common displays to provide a …

High dynamic range (HDR) photography is becoming increasingly popular and available by
DSLR and mobile-phone cameras. While deep neural networks (DNN) have greatly …

Capturing high dynamic range (HDR) images (videos) is attractive because it can reveal the
details in both dark and bright regions. Since the mainstream screens only support low …

Image enhancement methods can be formulated as global transformations, local
transformations, pixel-wise processing, or a mixture of these operations. Global …

One of the key challenges in tone mapping is to preserve the perceptual quality of high
dynamic range (HDR) images when mapping them to standard dynamic range (SDR) …

Tone mapping (TM) aims to display high dynamic range scenes on media with limited visual
information reproduction. Logarithmic transformation is a widely used preprocessing method …

Most existing tone mapping operators (TMOs) are developed based on prior assumptions of
human visual system, and they are known to be sensitive to hyperparameters. In this paper …

Tone mapping is used to compress the dynamic range of image data without distortion. To
compress the dynamic range of HDR images and prevent halo artifacts, a tone mapping …

Tone-mapping is required to convert High Dynamic Range (HDR) images to Low Dynamic
Range (LDR) images for viewing on standard displays. Most recent works in the domain …

Tone mapping aims to reproduce high dynamic range (HDR) images on low dynamic range
(LDR) display devices. The layer-decomposition-based tone mapping algorithms usually …