The mysteries of deep-sea ecosystems can be unlocked to reveal new sources, for
developing medical drugs, food and energy resources, and products of renewable energy …

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 …

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

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 …

Underwater environments can be used to explore new resources that can be employed in
the fields of medical science and energy resources. Humans are dependent on the valuable …

Image enhancement and restoration is among the most investigated topics in the field of
underwater machine vision. The objective image quality assessment is a fundamental part of …

Underwater images, which have low contrast and visibility as a result of selective attenuation
based on the wavelength of the light passing through water, needs some corrections to …

Seeing that the light in the water is affected by absorption and scattering, underwater image
will suffer degradation including low contrast, low visibility and color deviation. Therefore …

The underwater images suffer from low contrast and color distortion due to variable
attenuation of light and nonuniform absorption of red, green and blue components. In this …

The color distortion and low contrast of underwater images are caused by the absorption of
light by water and the scattering of suspended particles. So, we propose an underwater …