Abstract Marine Object Detection, leveraging computer vision, plays a vital role in detecting
objects in marine environments ranging from marine organisms to marine surveillance …

In recent years, underwater exploration for deep-sea resource utilization and development
has a considerable interest. In an underwater environment, the obtained images and videos …

Underwater imaging suffers from significant quality degradation due to light scattering and
absorption by water molecules, leading to color cast and reduced visibility. This hinders the …

Underwater imaging is uniquely beset by issues such as color distortion and diminished
contrast due to the intricate behavior of light as it traverses water, being attenuated by …

Underwater imagery often suffers from challenges such as color distortion, low contrast,
blurring, and noise due to the absorption and scattering of light in water. These degradations …

Addressing the challenges posed by factors like light attenuation, turbid water quality, large
target scale changes, and dense distribution in underwater moving target images, we …

In recent years, climate change and marine pollution have significantly degraded coral reefs,
highlighting the urgent need for automated coral detection to monitor marine ecosystems …

The complex underwater environment often leads to issues such as light scattering, color
distortion, structural blurring, and noise interference in underwater images, hindering …

Due to the complex underwater imaging environment, existing Underwater Image
Enhancement (UIE) techniques are unable to handle the increasing demand for high-quality …

Underwater imaging faces challenges for enhancing object visibility and restoring true
colors due to the absorptive and scattering characteristics of water. Underwater image …