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Reduction effect of the accumulated number of ghost imaging by circulatory pattern

In this paper, we present experimental results concerning the reduction effect of the accumulated number of computational ghost imaging (CGI) under different light intensities. By using circulatory illumination pattern, the CGI is possible to directly reduce the accumulated number. In addition, for improvement of the spatial resolution of CGI, the illumination pattern scale is reduced illumination to the object by applying microscopic illumination system. Thereby, the propose method can be achieved high spatial resolution imaging that permitted image of microscopic object. Moreover, the proposed method provided image of the biological cell by fluorescence signal detection. As a result, we demonstrated the potential of CGI for applying measurements field of the cell biology.