Polarization characteristics are significantly crucial for tasks in various fields, including the
remote sensing of oceans and atmosphere, as well as the polarization LIDAR and …

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

Evaluation of the mechanical properties of biological tissues has always been an important
issue in the field of biomedicine. The traditional method for mechanical properties …

Abstract System calibration is a crucial step for improving the accuracy of the Mueller matrix
microscope, many calibration methods have been proposed and widely used in practice …

Existing evidence search systems mostly adopt traditional intensity imaging, which has low
image contrast and is easily affected by environmental conditions, thus making it difficult to …

Measurement of the degree of polarization of backscattering light from rough surfaces plays
an important role in targets-detection applications. The polarization bidirectional reflectance …

Most studies on the influence of lens parameters in polarization transmission have been
carried out in the traditional geometric analysis method, which has the problems of low …

Biomedical polarimetric methods rely upon precise and accurate polarisation measurement,
both in terms of spatial resolution and correctness of vectorial information. However …

Characterization and evaluation of skin tissue structures are crucial for diagnosis of skin
diseases. Recently, the Mueller matrix polarimetry and second harmonic generation …

Evaluating tissue mechanical properties is an important issue in the biomedical field. While
traditional in vitro tissue deformation experiments have been used to measure mechanical …