Acta Optica Sinica, Volume. 42, Issue 20, 2011001(2022)
Simulation Analysis of Target Restoration in Digital Holographic Scattering Imaging
Fig. 6. Results of target restoration at λR=635.5 nm. (a) Pattern formed by object light wave diffracted by diffuser; (b) pattern formed by reference light wave scattered by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 7. Results of target restoration at λR=532 nm. (a) Pattern formed by object light wave diffracted by diffuser; (b) pattern formed by reference light wave scattered by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 8. Results of target restoration at λR=455nm. (a) Pattern formed by object light wave diffracted by diffuser; (b) pattern formed by reference light wave scattered by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 9. Results of target restoration for area of object occupying 1024 pixel. (a) Original image of target; (b) pattern formed by object light wave diffracted by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 10. Results of target restoration for area of object occupying 400 pixel. (a) Original image of target; (b) pattern formed by object light wave diffracted by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 11. Results of target restoration for area of object occupying 224 pixel. (a) Original image of target; (b) pattern formed by object light wave diffracted by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 12. Results of target restoration at d=30 cm. (a) Pattern formed by object light wave diffracted by diffuser; (b) pattern formed by reference light wave scattered by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 13. Results of target restoration at d=50 cm. (a) Pattern formed by object light wave diffracted by diffuser; (b) pattern formed by reference light wave scattered by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 14. Results of target restoration at d=80 cm. (a) Pattern formed by object light wave diffracted by diffuser; (b) pattern formed by reference light wave scattered by diffuser; (c) holographic speckle pattern; (d) target restoration image
Fig. 15. Targets with different resolutions. (a) Single pixel target (distance between two feet of π is 6 pixel); (b) single pixel target (distance between two feet of π is 12 pixel ); (c) multi pixel target (distance between two feet of π is 8 pixel )
Fig. 16. Results of target restoration at σh=289 μm. (a) Diffuser model for height fluctuations with uniform random distribution;(b)-(d) target restoration images corresponding to Figs. 15(a)-(c), respectively
Fig. 17. Results of target restoration at σh=333 μm. (a) Diffuser model for height fluctuations with sinusoidal distribution; (b)-(d) target restoration images corresponding to Figs. 15(a)-(c), respectively
Fig. 18. Results of target restoration for σh=347 μm. (a) Diffuser model for height fluctuations with distribution of combination of sinusoidal and random distribution; (b)-(d) target restoration images corresponding to Figs. 15(a)-(c), respectively
Fig. 19. Results of target restoration for σh=155 μm. (a) Diffuser model for height fluctuations with exponential random distribution; (b)-(d) target restoration images corresponding to Figs. 15(a)-(c), respectively
Fig. 20. Results of target restoration for σh=333 μm. (a) Diffuser model for height fluctuations with exponential random distribution; (b)-(d) target restoration images corresponding to Figs. 15(a)-(c), respectively
Fig. 21. Results of target restoration for σh=155 μm. (a) Diffuser model for height fluctuations with Gaussian random distribution;(b)-(d) target restoration images corresponding to Figs. 15(a)-(c), respectively
Fig. 22. Results of target restoration for σh=333 μm. (a) Diffuser model for height fluctuations with Gaussian random distribution;(b)-(d) target restoration images corresponding to Figs. 15(a)-(c), respectively
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Meifang Xu, Meijie Zhang, Erming Tian, Haoquan Wang, MinJuan Zhang. Simulation Analysis of Target Restoration in Digital Holographic Scattering Imaging[J]. Acta Optica Sinica, 2022, 42(20): 2011001
Category: Imaging Systems
Received: Mar. 14, 2022
Accepted: Apr. 29, 2022
Published Online: Oct. 18, 2022
The Author Email: Meifang Xu (20050657@nuc.edu.cn)