• Acta Photonica Sinica
  • Vol. 49, Issue 2, 0201003 (2020)
Xin LI1, Yang WU1, Zhou FANG1, Qi XU1, Hai-bo YANG2, and Hui-zhen YANG1、3、*
Author Affiliations
  • 1School of Electronic Engineering, Jiangsu Ocean University, Lianyungang, Jiangsu 222005, China
  • 2Science and Technology on Electro-Optical Information Security Control Laboratory, Tianjin 300308, China
  • 3Jiangsu Marine Resources Development Research Institute, Lianyungang, Jiangsu 222005, China
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    DOI: 10.3788/gzxb20204902.0201003 Cite this Article
    Xin LI, Yang WU, Zhou FANG, Qi XU, Hai-bo YANG, Hui-zhen YANG. Post Processing for Adaptive Optics Imaging Based on Multi-channel Blind Recognition[J]. Acta Photonica Sinica, 2020, 49(2): 0201003 Copy Citation Text show less
    D/r0=5时随机选取的两帧波前像差和对应的PSFRandomly selected two frames of wavefront aberrations and corresponding PSF under D/r0=5
    Fig. 1. D/r0=5时随机选取的两帧波前像差和对应的PSFRandomly selected two frames of wavefront aberrations and corresponding PSF under D/r0=5
    D/r0=15时随机选取的两帧波前像差和对应的PSFRandomly selected two frames of wavefront aberrations and corresponding PSF under D/r0=15
    Fig. 2. D/r0=15时随机选取的两帧波前像差和对应的PSFRandomly selected two frames of wavefront aberrations and corresponding PSF under D/r0=15
    原始图像Original image
    Fig. 3. 原始图像Original image
    D/r0=5时随机选取的两帧像差、对应的PSF和目标成像Randomly selected two frames of aberration, corresponding PSF and target imaging under D/r0=5
    Fig. 4. D/r0=5时随机选取的两帧像差、对应的PSF和目标成像Randomly selected two frames of aberration, corresponding PSF and target imaging under D/r0=5
    对应图 4D/r0=5时恢复的PSF和目标Corresponding PSF and target recovered in Fig. 4 under D/r0=5
    Fig. 5. 对应图 4D/r0=5时恢复的PSF和目标Corresponding PSF and target recovered in Fig. 4 under D/r0=5
    D/r0=15时随机选取的两帧像差、对应的PSF和目标成像Randomly selected two frames of aberration, corresponding PSF and target imaging under D/r0=15
    Fig. 6. D/r0=15时随机选取的两帧像差、对应的PSF和目标成像Randomly selected two frames of aberration, corresponding PSF and target imaging under D/r0=15
    对应图 6D/r0=15时恢复的PSF和目标Corresponding PSF and target recovered in Fig. 6 under D/r0=15
    Fig. 7. 对应图 6D/r0=15时恢复的PSF和目标Corresponding PSF and target recovered in Fig. 6 under D/r0=15
    PSFAtmospheric turbulence intensity
    D/r0=5D/r0=10D/r0=15D/r0=20
    h11.367 3×10-303.767 1×10-284.223 1×10-303.368 8×10-27
    h22.033 2×10-273.852 9×10-306.156 7×10-301.512 6×10-28
    Table 1. Mean square error between point spread functions before and after recovery
    Original imageAtmospheric turbulence intensity
    D/r0=5D/r0=10D/r0=15D/r0=20
    Satellite8.217 7×10-58.218 4×10-58.220 1×10-58.220 2×10-5
    Leno1.043 4×10-41.043 5×10-41.043 7×10-41.043 8×10-4
    Table 2. Image restoration quality evaluation MSE
    Xin LI, Yang WU, Zhou FANG, Qi XU, Hai-bo YANG, Hui-zhen YANG. Post Processing for Adaptive Optics Imaging Based on Multi-channel Blind Recognition[J]. Acta Photonica Sinica, 2020, 49(2): 0201003
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