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Research of diffraction effect in compressive sensing ghost imaging
Author(s): 
Pages: 1389-1393
Year: Issue:  11
Journal: Laser & Infrared

Keyword:  compressive sensingghost imagingdiffraction effectintensity spread functionmutual coherence;
Abstract: Compressive sensing ghost imaging has made great progress in recent years because it has the characteristics of less number of samples. Aiming at optical field distribution change in ghost imaging,the propagation process of light field was analyzed. The size of the lens makes the diffraction effect more obvious. The facula superposition makes actu-al light field become fuzzy and deviate from the preset value. The light intensity spread function of the diffraction limit-ed system was calculated and the preset light field was revised. However,the revised light field acting as observation matrix can still be reconstructed under the condition of mutual coherence. Experimental results indicate that the re-vised light field is similar to actual light field and observation matrix can reconstruct high-grade picture. So it is sig-nificant to revise preset light field by using light intensity spread function.
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