• Laser & Optoelectronics Progress
  • Vol. 56, Issue 8, 081008 (2019)
Yunfeng Jiang*, Dongsheng Wu, and Fuyu Huang
Author Affiliations
  • Army Engineering University, Shijiazhuang, Hebei 050000, China
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    DOI: 10.3788/LOP56.081008 Cite this Article Set citation alerts
    Yunfeng Jiang, Dongsheng Wu, Fuyu Huang. Image Fusion Algorithms for True Color Low Light Level Night Vision[J]. Laser & Optoelectronics Progress, 2019, 56(8): 081008 Copy Citation Text show less
    Principle diagram of three-band true-color night vision system
    Fig. 1. Principle diagram of three-band true-color night vision system
    Source images for Scene 1. (a) Full-wave image; (b) short-wave image; (c) medium-wave image; (d) long-wave image
    Fig. 2. Source images for Scene 1. (a) Full-wave image; (b) short-wave image; (c) medium-wave image; (d) long-wave image
    Source images for Scene 2. (a) Full-wave image; (b) short-wave image; (c) medium-wave image; (d) long-wave image
    Fig. 3. Source images for Scene 2. (a) Full-wave image; (b) short-wave image; (c) medium-wave image; (d) long-wave image
    Fusion image for Scene 1 based on weighted average method
    Fig. 4. Fusion image for Scene 1 based on weighted average method
    Fusion image for Scene 2 based on weighted average method
    Fig. 5. Fusion image for Scene 2 based on weighted average method
    Fusion image for Scene 1 based on Brovey algorithm based on linear transformation enhancement
    Fig. 6. Fusion image for Scene 1 based on Brovey algorithm based on linear transformation enhancement
    Fusion image for Scene 2 based on Brovey algorithm based on linear transformation enhancement
    Fig. 7. Fusion image for Scene 2 based on Brovey algorithm based on linear transformation enhancement
    Fusion image for Scene 1 based on HSI space method
    Fig. 8. Fusion image for Scene 1 based on HSI space method
    Fusion image for Scene 2 based on HSI space method
    Fig. 9. Fusion image for Scene 2 based on HSI space method
    Fusion image for Scene 1 based on HIS method based on edge segmentation
    Fig. 10. Fusion image for Scene 1 based on HIS method based on edge segmentation
    Fusion image for Scene 2 based on HIS method based on edge segmentation
    Fig. 11. Fusion image for Scene 2 based on HIS method based on edge segmentation
    MethodMFSFDSDEQIFQ
    Weighted average method-89.07920.675316.36914.9706-18.5114
    Brovey method based on linear transformation enhancement-0.01475.706092.01187.374027.9647
    HIS space method-66.04535.182324.23936.9380-8.3447
    HIS method based on edge segmentation-37.03723.151142.05796.13503.5343
    Table 1. Impersonal evaluation for Scene 1
    MethodMFSFDSDEQIFQ
    Weighted average method-56.89701.738145.95715.6365-1.3823
    Brovey method based on linear transformation enhancement-0.01535.7858104.99356.859831.2756
    HIS space method-65.98289.492458.70917.42362.0884
    HIS method based on edge segmentation-20.28833.549867.70685.863114.9623
    Table 2. Impersonal evaluation for Scene 2
    Yunfeng Jiang, Dongsheng Wu, Fuyu Huang. Image Fusion Algorithms for True Color Low Light Level Night Vision[J]. Laser & Optoelectronics Progress, 2019, 56(8): 081008
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