Visibility in hazy nighttime scenes is frequently reduced by multiple factors, including low
light, intense glow, light scattering, and the presence of multicolored light sources. Existing …

Conventional cameras face challenges when capturing motion information during the
exposure due to their physical design, rendering the motion deblurring task ill-posed. To this …

The rising demand for computational photography on mobile devices drives development of
advanced image sensors and algorithms for camera systems. But the lack of opportunities …

The increasing demand for computational photography and imaging on mobile platforms
has led to the widespread development and integration of advanced image sensors with …

Low-light image enhancement (LLIE) aims to improve the visibility and illumination of low-
light images. However, real-world low-light images are usually accompanied with flares …

Current low-light image enhancement (LLIE) techniques truly enhance luminance but have
limited exploration on another harmful factor of nighttime visibility, the glow effects with …

Existing nighttime flare removal work regards flare as a single degradation factor in spatial
domain. However, flare in complex scenes consists of multiple flare types, and it is difficult to …

When capturing scenes with intense light sources, extensive flare artifacts often obscure the
background and degrade image quality. Most flare removal methods directly process the …

High-intensity light sources in the scene can cause undesired internal reflections between
the multiple optical elements of lenses, resulting in loss of contrast and color change. This …

Image pairs in under-illuminated scenes along with the presence of complex light sources
often result in strong flare artifacts in images, affecting both image quality and the …