Self-corrected orthonormalized ghost imaging through dynamic and complex scattering media

In this Letter, we report a setup design to realize high-visibility orthonormalized ghost imaging (GI) with self-correction through dynamic and complex scattering media at low sampling ratios. With the of parallel detection, mismatch between illumination patterns intensity measurements is corrected. Gram–Schmidt orthonormalization further applied corrected intensities in order implement GI It experimentally demonstrated that proposed enable high-efficiency The method offers promising alternative overcome challenge faced by conventional implementing object reconstruction