Underwater dam-crack images captured by remotely operated vehicles (ROVs) often exhibit
blurred and unclear features because of the absorption and scattering of water and device …

Underwater optical imaging is essential for exploring the underwater environment to provide
information for planning and regulating underwater activities in various underwater …

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 image super-resolution is vital for enhancing the clarity and detail of underwater
imagery, enabling improved analysis, navigation, and exploration in underwater …

Due to variations in light transmission and wear on the contact head, existing visual-tactile
dataset building methods typically require a large amount of real-world data, making the …

Underwater depth estimation is crucial for marine applications such as autonomous
navigation and robotics. However, monocular depth estimation in underwater environments …

In recent years, researchers have made significant strides in computer vision by leveraging
transformers, achieving remarkable breakthroughs in low-level vision tasks. The inherent …

Images captured in challenging conditions often suffer from the co-existence of low contrast
and low resolution. However, most joint enhancement methods focus on fitting a direct …

Abstract Rotating Synthetic Aperture (RSA) technology is one of the distinctly advantageous
Earth geostationary orbit optical remote sensing technologies. However, the continuous …

When light propagates through water, absorption and scattering effects lead to uneven
brightness distribution and significant color deviation in underwater images. Existing …