Noninvasive imaging through scattering media using memory effect (ME) normally suffers
from the failure of imaging when the object is beyond the ME region, limiting its field of view …

The three-dimensional (3D) memory effect (ME) has been shown to exist in a variety of
scattering scenes. Limited by the scope of ME, speckle correlation technology only can be …

The optical technique of imaging through scattering media based on the optical memory
effect (OME) sustains a limited field-of-view (FOV). Therefore, a prior-free imaging method is …

The phenomenon of light scattering has brought challenges to many fields. In recent years, a
novel method based on speckle-correlation has been proposed to look through scattering …

The shape of two objects hidden behind a thin scattering medium is retrieved by the
presented method. One of the two objects keeps stationary, while the other one is supposed …

Speckle correlation imaging is a typical method to image through strongly scattering
medium. However, limited by the optical memory effect range, this method is hard to image …

Imaging through scattering media remains a big challenge in optics while the single-shot
non-invasive speckle autocorrelation technique (SAT) is well-known as a promising way to …

A crucial challenge faced by noninvasive imaging through strongly scattering media is
overcoming background light interference. Polarization-based anti-scattering methods can …

The same scalar illumination used in a linear optical system with a single lens is
experimentally shown to carry information about two objects placed at different positions …

摘要了解散射介质中的点扩散函数(PSF) 对于生物医学成像, 大气科学和光通信等各个领域都至
关重要. 深入研究了不同波长下散射介质中PSF 的特性, 通过对光场函数进行理论推导和实验 …