Images captured in hazy or foggy weather conditions can be seriously degraded by
scattering of atmospheric particles, which reduces the contrast, changes the color, and …

The visibility of outdoor images is greatly degraded due to the presence of fog, haze, smog
etc. The poor visibility may cause the failure of computer vision applications such as …

Images captured under water are usually degraded due to the effects of absorption and
scattering. Degraded underwater images show some limitations when they are used for …

Underwater captured images are usually degraded by low contrast, hazy, and blurry due to
absorbing and scattering, which limits their analyses and applications. To address these …

Bad weather conditions can reduce visibility on images acquired outdoors, decreasing their
visual quality. The image processing task concerned with the mitigation of this effect is …

This letter introduces an underwater image enhancement method to handle low contrast and
color cast of underwater images. Firstly, with the help of hierarchical searching technique …

Images captured in hazy or foggy weather conditions are seriously degraded by the
scattering of atmospheric particles, which directly influences the performance of outdoor …

Haze usually causes severe interference to image visibility. Such degradation on images
troubles both human observers and computer vision systems. To seek high-quality images …

Model-based single image dehazing algorithms restore haze-free images with sharp edges
and rich details for real-world hazy images at the expense of low PSNR and SSIM values for …

In this paper, we address a haze removal problem from a single nighttime image, even in the
presence of varicolored and non-uniform illumination. The core idea lies in a novel …