This book explores the methods needed for creating and manipulating HDR content. HDR is
a step change from traditional imaging; more closely matching what we see with our eyes. In …

Tone map** aims to reproduce a standard dynamic range image from a high dynamic
range image with visual information preserved. State-of-the-art tone map** algorithms …

Tone map** operators (TMOs) can compress the range of high dynamic range (HDR)
images so that they can be displayed normally on the low dynamic range (LDR) devices …

Current stack-based inverse tone map** (ITM) methods can recover high dynamic range
(HDR) radiance by predicting a set of multi-exposure images from a single low dynamic …

The image quality of three organic light-emitting diode (OLED) based smart-phone displays
was assessed at three levels of ambient lighting conditions corresponding to the darkroom …

The drastic visual improvements introduced by High Dynamic Range (HDR) technologies
open new markets for a wide range of industries. Among them, a significant opportunity is …

For extending the dynamic range of video, it is a common practice to capture multiple frames
sequentially with different exposures and combine them to extend the dynamic range of …

Develo** precise artificial retinas is crucial because they hold the potential to restore
vision, improve visual prosthetics, and enhance computer vision systems. Emulating the …

The local dimming mini-LED backlight has become one of the most important technologies
for liquid crystal display (LCD), facilitating the improvement on high dynamic range (HDR) …

Inverse tone map** technique is widely used to restore the lost textures from a single low
dynamic range image. Recently, many stack‐based deep inverse tone map** networks …