The existing scattering medium has a serious impact on the optical remote sensing. It is a
challenge and urgent problem to extract the original target's information influenced by …

Atmospheric scattering caused by suspended particles in the air severely degrades the
scene radiance. This paper proposes a method to remove haze by using a neural network …

Drones have gained a lot of traction in the fields of amateur and professional video creation.
They are con-strained by more than just civilian lines of action. Drones, on the other hand …

Polarization dehazing technology is effective in imaging through scattering media because
of additional information different from the light intensity and spectrum. However, the existing …

For a long time, the idea of fusing synthetic radar imagery (SAR) and higher-resolution
panchromatic imagery, with the aim of increasing the spatial resolution of radar imagery, has …

Polarization technology has been widely used in imaging through a scattering medium.
However, the existing polarization dehazing methods are unstable because they require …

Polarization-based dehazing methods can enhance the quality of haze images. However,
existing methods tend to a manual selection of sky area and bias coefficient to estimate the …

In some automatic systems, target detection is a common task, and visible images are
common sources of raw data. Researchers have confirmed that polarization information …

Underwater imaging technologies play a critical role in military operations, marine research
and development, as well as engineering applications. However, the underwater …

偏振探测技术能够在复杂的背景环境中凸显出目标, 为我们提供了更为清晰和精准的目标识别
能力. 然而, 在法庭科学领域上, 利用偏振成像技术对水下物证进行探测搜寻的研究仍属空白 …