Xuyi Xiao, Liuya Chen, Xuezhi Zhang, Chong Wang, Ruijun Lan, Cheng Ren, Dezhong Cao. Review on Single-Pixel Imaging and Its Probability Statistical Analysis[J]. Laser & Optoelectronics Progress, 2021, 58(10): 1011018
- Laser & Optoelectronics Progress
- Vol. 58, Issue 10, 1011018 (2021)
![Single-pixel imaging based on CS. (a) Imaging system; (b) structure of the DMD; (c) reconstructed image[1-2]](/richHtml/lop/2021/58/10/1011018/img_1.jpg)
Fig. 1. Single-pixel imaging based on CS. (a) Imaging system; (b) structure of the DMD; (c) reconstructed image[1-2]
![Diagrams of the CGI. (a) Principle diagram[3]; (b) experimental setup[4]](/richHtml/lop/2021/58/10/1011018/img_2.jpg)
![Results of CGI and CS imaging. (a)--(b) Results of the CGI; (c)--(d) results of the CS imaging[26]](/Images/icon/loading.gif){kind=icon}
Fig. 3. Results of CGI and CS imaging. (a)--(b) Results of the CGI; (c)--(d) results of the CS imaging[26]
Fig. 4. Experimental device for PNCCGI[46]
Fig. 5. Results of the PNCCGI. (a) Single-pixel signal; (b) statistical histogram of single-pixel signal; (c) recovered image obtained by thresholding the average value; (d) 4 groups of single-pixel signal; (e) ghost imaging corresponding to 4 groups[46]
Fig. 6. Three visibility functions[55]
Fig. 7. Diagram of the experimental setup of single-photon PNCCGI[55]
Fig. 8. Experimental results in single-photon PNCCGI[55]
Fig. 9. Imaging results of discrete variable fractional correlation moments. (a) μ=-16.5; (b) μ=-12.5; (c) μ=-4.5; (d) μ=-1.5; (e) μ=-0.5; (f) μ=0.5; (g) μ=1.5; (h) μ=4.5; (i) μ=12.5; (j) μ=16.5[56]
Fig. 10. Visibilities of different distributions. (a) Bernoulli distribution; (b) binomial distribution; (c) Poisson distribution[59]
Fig. 11. Numerical fitting results of image restoration. (a) Bernoulli distribution; (b) binomial distribution; (c) Poisson distribution[59]
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