Polarization can provide information largely uncorrelated with the spectrum and intensity.
Therefore, polarimetric imaging (PI) techniques have significant advantages in many fields …

The color division of focal plane (DoFP) polarization sensor structure mostly uses Bayer filter
and polarization filter superimposed on each other, which makes the polarization imaging …

This study reviews the recent advances in data-driven polarimetric imaging technologies
based on a wide range of practical applications. The widespread international research and …

Polarization image fusion is the process of fusing an intensity image and a polarization
parameter image solved by Stokes vector into a more detailed image. Conventional …

Polarimetric imaging has prominent advantages in scattering media. Emerging learning-
based polarimetric technologies has succeeded but heavily relied on paired data …

Reduced resolution of polarized images makes it difficult to distinguish detailed polarization
information and limits the ability to identify small targets and weak signals. A possible way to …

Division of focal plane color polarization camera becomes the mainstream in polarimetric
imaging for it directly captures color polarization mosaic image by one snapshot, so image …

Although deep learning-based methods have achieved great success in various polarimetric
imaging tasks, the performance and the generalization ability are strongly dependent on …

Underwater images always suffer from low contrast and color distortion due to the
wavelength-dependent scattering and absorption effects caused by particles existing in …

Many existing polarization networks reconstruct polarization information based on
calculating the angle of polarization (AoP) loss. Yet, the conventional loss calculation …