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 …

Haze and fog are big reasons for road accidents. The haze occurrence in the air lowers the
images quality captured by visible camera sensors. Haze brings inconvenience to numerous …

Light is scattered and absorbed when travelling through atmosphere particles, leading to
visibility attenuation for images captured, especially in hazy scenes. In addition, hazy …

Single image de-fogging has been a confronting problem due to its ill-posed nature. In this
paper, a de-fogging technique based upon color attenuation prior (CAP) has been …

The image haze removal algorithm is challenging regarding computational processing
speed and the hazy removal effect. Instead of using the local patch approach, which …

In this letter, a novel and highly efficient haze removal algorithm is proposed for haze
removal from only a single input image. The proposed algorithm is built on the atmospheric …

The haze phenomenon exerts a degrading effect that decreases contrast and causes colour
shifts in outdoor images. The presence of haze in digital images is bothersome, unpleasant …

Taking into account of the illumination characteristics of nighttime imaging, a new method for
nighttime image dehazing is proposed in this paper. In the first place, based on the color …

Fog phenomena result in airlight generation and degrade the visibility of the color image
captured from the camera. To improve visibility, airlight estimation is necessary for image fog …

Remote sensing (RS) multi‐spectral images are usually suffered from cloud and fog cover,
which canlead to analysis troubles and application limitations. An ovel patch‐based dark …