Underwater images captured by an underwater camera normally suffer from visual
degradation issues, such as color deviations, low contrasts, and detail blurs. Existing studies …

This article investigates the problem of enhancing underwater visual observations for the
purpose of accurate underwater object detection. Most existing underwater visual …

High-quality underwater optical images are essential for various applications of underwater
vision. However, these images often suffer from severe degradation, complex noise, low …

Underwater images suffer from color casts and low contrast degraded due to wavelength-
dependent light scatter and abortion of the underwater environment, which impacts the …

In response to the challenges of low clarity and insufficient training samples in underwater
concrete crack detection, this paper proposes an improved unsupervised learning method …

Underwater optics have seen a notable surge of interest in recent years, emerging as a
critical medium for conveying information crucial to underwater resource exploration …

Underwater images suffer from severe color casts, low contrast, and blurriness, which
greatly degrade the visibility and color fidelity of underwater images. Recently, numerous …

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 …

The Underwater image enhancement, which targets removing the noise, scattering effect,
and the bluish, greenish, or yellowish tone from underwater images, has lately attracted …

Underwater vision technology is of great significance in marine investigation. However, the
complex underwater environment leads to some problems, such as color deviation and high …