… This paper aims to propose a computational approach in fluorescence second-order
correlation imaging. In this regard, we experimentally demonstrate computational ghost imaging …

… of fluorescence material with the aim of being used in biomedical applications. Tian and
co-workers proved that fluorescence ghost imaging (FGI) may be helpful in imaging samples for …

… We propose a fluorescence microscope by using the computational Ghost imaging (CGI) for
… CGI as second order colleration for an imaging with weak intensity excitation light. Setting …

… Here, we demonstrate an x-ray fluorescence method based on computational ghost imaging
that overcomes those limitations since it does not require focusing and show that when it is …

… (non-computational) GI setup.In order to demonstrate fluorescence GI in our computational
… our test object have been painted with two different fluorescent inks: red and green. We use …

… of ghost imaging to colored objects and gray-scale images. Besides its application in color
imaging … 2(c) shows the experimental retrieved ghost image of the fluorescent materials with …

… faster than existing fluorescence ghost imaging (19–21). … Fluorescence images were
computationally reconstructed for … the computationally reconstructed multicolor fluorescence …

… Computational ghost imaging (CGI) is a novel imaging technique that has received … of
conventional ghost imaging 2,3 which allows to record spatially resolved images using a detector …

… learning (DL) for computational imaging usually require to experimentally collect a …
computational imaging can be trained by using simulation data. We take computational ghost …

… the computational GI of hot objects in the long-wave infrared range both in experiment and
simulation. We recover the thermal images … , computational GI uses a computational intensity …