For conventional ghost imaging (GI) systems, the object image is obtained based on the
reflective or transmissive character of the object. When the object and its background have the …

In recent years, ghost imaging has been received more and more attention. Here, a
computational polarimetric ghost imaging of the different material reflective objects which uses …

… Existing research methods on polarimetric ghost imaging use multiple detectors or time-difference
acquisition to obtain different polarimetric information and recover the object …

Computational ghost imaging (CGI) uses preset patterns and single-pixel detection, breaking
through the traditional form of point-to-point imaging. In this paper, based on the Monte …

… Polarimetric ghost imaging. Optics Letters 39(5) (2014), 1231–1234. … Compressed polarimetric
ghost imaging of different material’s reflective objects. Optical Review 22(6), (2015), 882–…

… In this paper, we leverage polarimetric ghost imaging and deep learning to improve the
reconstructions for imaging through scattering media. An experimental prototype is built up to …

In this study, we propose a ghost imaging method capable of penetrating dynamic scattering
media through a multi-polarization fusion mutual supervision network (MPFNet). The …

Three-dimensional underwater imaging technology can directly and effectively reflect the
morphological characteristics of underwater targets, and plays a key role in underwater target …

Quantum ghost image technique utilizing position or momentum correlations between
entangled photons can realize nonlocal reconstruction of the image of an object. In this work, …

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 …