• Laser & Optoelectronics Progress
  • Vol. 55, Issue 6, 061001 (2018)
Aiping Yang and Nan Wang*;
Author Affiliations
  • School of Electrical and Information Engineering, Tianjin University, Tianjin 300072, China
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    DOI: 10.3788/LOP55.061001 Cite this Article Set citation alerts
    Aiping Yang, Nan Wang. Nighttime Image Dehazing Algorithm by Structure-Texture Image Decomposition[J]. Laser & Optoelectronics Progress, 2018, 55(6): 061001 Copy Citation Text show less
    Dehazing process of nighttime haze image in the proposed algorithm
    Fig. 1. Dehazing process of nighttime haze image in the proposed algorithm
    Results of steps in the proposed method. (a) Nighttime haze image; (b) atmospheric light; (c) texture layer; (d) structure layer; (e) initial transmission; (f) transmission; (g) haze-free structure layer; (h) haze-free structure layer after color correction; (i) final result
    Fig. 2. Results of steps in the proposed method. (a) Nighttime haze image; (b) atmospheric light; (c) texture layer; (d) structure layer; (e) initial transmission; (f) transmission; (g) haze-free structure layer; (h) haze-free structure layer after color correction; (i) final result
    (a) Nighttime haze image; (b) initial atmospheric light; (c) optimized atmospheric light
    Fig. 3. (a) Nighttime haze image; (b) initial atmospheric light; (c) optimized atmospheric light
    (a) Nighttime haze image; (b) transmittance obtained by dark channel priori; (c) transmittance obtained by the proposed method
    Fig. 4. (a) Nighttime haze image; (b) transmittance obtained by dark channel priori; (c) transmittance obtained by the proposed method
    (a) Nighttime haze image; (b) result of algorithm in Ref. [4]; (c) result of algorithm in Ref. [10]; (d) result of algorithm in Ref. [13]; (e) result of algorithm in Ref. [14]; (f) result of the proposed algorithm
    Fig. 5. (a) Nighttime haze image; (b) result of algorithm in Ref. [4]; (c) result of algorithm in Ref. [10]; (d) result of algorithm in Ref. [13]; (e) result of algorithm in Ref. [14]; (f) result of the proposed algorithm
    (a) Nighttime haze image; (b) result of algorithm in Ref. [13]; (c) result of algorithm in Ref. [14]; (d) result of the proposed algorithm
    Fig. 6. (a) Nighttime haze image; (b) result of algorithm in Ref. [13]; (c) result of algorithm in Ref. [14]; (d) result of the proposed algorithm
    (a) Nighttime haze image; (b) result of algorithm in Ref. [13]; (c) result of algorithm in Ref. [14]; (d) result of the proposed algorithm
    Fig. 7. (a) Nighttime haze image; (b) result of algorithm in Ref. [13]; (c) result of algorithm in Ref. [14]; (d) result of the proposed algorithm
    (a) Nighttime haze image; (b) result of algorithm in Ref. [13]; (c) result of algorithm in Ref. [14]; (d) result of the proposed algorithm
    Fig. 8. (a) Nighttime haze image; (b) result of algorithm in Ref. [13]; (c) result of algorithm in Ref. [14]; (d) result of the proposed algorithm
    (a) Nighttime haze image; (b) result of algorithm in Ref. [13]; (c) result of algorithm in Ref. [14]; (d) result of the proposed algorithm
    Fig. 9. (a) Nighttime haze image; (b) result of algorithm in Ref. [13]; (c) result of algorithm in Ref. [14]; (d) result of the proposed algorithm
    IndexAlgorithmFig. 6Fig. 7Fig. 8Fig. 9
    CrIn Ref. [13]19.4225.0618.7712.91
    In Ref. [14]22.8229.9028.0820.28
    Proposed45.7635.2338.0539.89
    DtIn Ref. [13]0.070.240.390.45
    In Ref. [14]0.180.250.400.35
    Proposed0.280.390.390.54
    Table 1. Evaluation of the results in Figs. 6-9
    Aiping Yang, Nan Wang. Nighttime Image Dehazing Algorithm by Structure-Texture Image Decomposition[J]. Laser & Optoelectronics Progress, 2018, 55(6): 061001
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