Tone‐map** constitutes a key component within the field of high dynamic range (HDR)
imaging. Its importance is manifested in the vast amount of tone‐map** methods that can …

Tone-map** 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 …

Low-light images, which are usually taken in dark or back-lighting conditions, are hard to
perceive due to the low visibility and low contrast. To improve viewers' Quality of Experience …

In this work, based on the local phase information of images, an objective index, called the
feature similarity index for tone-mapped images (FSITM), is proposed. To evaluate a tone …

In this paper, we show how tone map** techniques can be used to dynamically increase
the image brightness, thus allowing the LCD backlight levels to be reduced. This saves …

To overcome the dynamic range limitations in images taken with regular consumer cameras,
several methods exist for creating high dynamic range (HDR) content. Current low-budget …

To allow improved high dynamic range image encoding, we describe an image encoding
unit (551) arranged to encode a high dynamic range image (IM HDR-in) comprising: a first …

Ground penetrating radar images typically have characteristics such as weak target return
signals, high background noise, and strong direct wave return signals. In order to obtain …

Predicting the quality of natural images without using a reference image has always been a
challenging task. Numerous approaches have been proposed in the past, but they mainly …

Tone map** operators (TMOs) that convert high dynamic range (HDR) images to standard
low dynamic range (LDR) images are highly desirable for the visualization of these images …