Imaging in scattering media has been a challenging and important subject in optical
science. In scattering media, the image quality is often severely degraded by the scattering …

Based on analysis of state-of-the-art research investigating target detection and recognition
in turbid waters, and aiming to solve the problems encountered during target detection and …

Underwater images suffer from color cast and low visibility caused by the medium scattering
and absorption, which will reduce the use of valuable information from the image. In this …

Images captured underwater usually suffer from color distortion, detail blurring, low contrast,
and a bluish or greenish tone due to light scattering and absorption in the underwater …

In underwater scenes, the quality of the video and image acquired by the underwater
imaging system suffers from severe degradation, influencing target detection and …

Underwater images frequently suffer from color casts and poor contrast, due to the
absorption and scattering of light in water medium. To address these two degradation …

Polarimetric imaging has prominent advantages in scattering media. Emerging learning-
based polarimetric technologies has succeeded but heavily relied on paired data …

Polarization imaging has excellent potential for use in underwater application scenarios due
to efficient elimination of backscattered light. In most studies, two images that contain the …

Optical imaging and vision technology have become crucial research topics in the field of
underwater and ocean scenes. These technologies play a vital role in advancing …

Previous polarization underwater imaging methods based on the physical scattering model
usually require background region included in the image and the prior knowledge, which …