Underwater images always suffer from low contrast and inaccurate colors due to scattering
and absorption by particles when the target light propagates through turbid water. In this …

For traditional dark channel prior (DCP) imaging through scattering environments, intensity
information acts as the carrier to acquire the reflective character of the descattered object …

In underwater color imaging, the scattering media could cause image blurring and color
distortion, which are the two main problems of image degradation. In this paper, we propose …

Image dehazing is an indispensable approach to address the image degeneration in hazy
environment. In recent years, polarimetric methods have been widely investigated for image …

We propose a multi-scale underwater image enhancement method with an optimized
homomorphic filter and a RGB color correction algorithm. The proposed method includes …

The polarization information of incident light gets lost after passing through the scattering
medium such as haze. This phenomenon, called depolarization, poses a challenge to …

We propose an orthogonal‐polarization‐gating optical coherence tomography (OPG‐OCT)
for human sweat ducts in vivo. OPG‐OCT is composed of the orthogonal linearly polarized …

Polarization detection of space targets is one of the most important research directions in the
field of space target recognition. In view of the fact that there are problems such as strong …

A method that combines Lucy-Richardson deconvolution algorithm (LRA) with a multiview
projection setup to improve imaging reconstruction of objects embedded in scattering media …

In the work described in this paper, we experimentally demonstrate an efficient method to
improve reconstruction of objects embedded in turbid media. The method combines multiple …