Here, we propose an encryption scheme by computational ghost imaging (CGI), and the
transmitting data have been hidden in the illumination patterns. The sender uses a set of key …

Since the birth of information theory, to understand, study, and optimize optical imaging
systems from the information–theoretic viewpoint has been an important research subfield of …

Polarization computational ghost imaging (PCGI) often requires a large number of samples
to reconstruct the targets, which can be optimized by reducing sampling rates with the aids …

In this study, we proposed an underwater ghost imaging (GI) method based on a self-
supervised information extraction network (IEGI), which comprises two modules: speckle …

Study on optical correlation function initiates the development of many quantum techniques,
with ghost imaging (GI) being one of the great achievements. Upon the first demonstration …

Computational ghost imaging (CGI) can reconstruct scene images by two-order correlation
between sampling patterns and detected intensities from a bucket detector. By increasing …

Single-pixel imaging can collect images at the wavelengths outside the reach of
conventional focal plane array detectors. However, the limited image quality and lengthy …

High-quality imaging under low sampling time is an important step in the practical
application of computational ghost imaging (CGI). At present, the combination of CGI and …

Ghost imaging has great application potential in remote sensing observation and biomedical
due to the use of a single pixel detector for imaging, which makes it easy to imaging in low …

Ghost imaging plays an important role in the field of optical imaging. To realize color ghost
imaging through the scattering media, we propose a deep learning method with high …