Acta Optica Sinica, Volume. 40, Issue 20, 2010001(2020)
Multi-Band Image Synchronous Super-Resolution and Fusion Method Based on Improved WGAN-GP
Fig. 4. Effect of loss function on results. (a) Adversarial loss+content loss; (b) adversarial loss+perceptual loss; (c) adversarial loss+content loss+perceptual loss
Fig. 5. Influence of network structure on results. (a) Low-level image spatial combination information result; (b) high-level feature space combined information results
Fig. 6. Fusion results. (a) Low resolution infrared long wave images; (b) low-resolution infrared short wave images; (c) low resolution visible images; (d) CNN; (e) GAN; (f) Densefuse; (g) DGCNN; (h) proposed method
Fig. 7. Objective evaluation results.(a) Evaluation metrics for the first fused results; (b) evaluation metrics for the second fused results; (c) evaluation metrics for the third fused results; (d) evaluation metrics for the fourth fused results; (e) evaluation metrics for the fifth fused results; (f) evaluation metrics for the sixth fused results
Fig. 8. Fusion results. (a) Low resolution infrared long wave image; (b) low-resolution infrared short wave image; (c) low resolution visible image; (d) CNN; (e) GAN; (f) Densefuse; (g) DGCNN; (h) proposed method
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Songwang Tian, Suzhen Lin, Haiwei Lei, Dawei Li, Lifang Wang. Multi-Band Image Synchronous Super-Resolution and Fusion Method Based on Improved WGAN-GP[J]. Acta Optica Sinica, 2020, 40(20): 2010001
Category: Image Processing
Received: Apr. 9, 2020
Accepted: Jul. 3, 2020
Published Online: Oct. 17, 2020
The Author Email: Lin Suzhen (lsz@nuc.edu.cn), Lei Haiwei (lsz@nuc.edu.cn)