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Research Article

SBHSR: single-band super-resolution method for hyperspectral images based on blind degradation and fusion of auxiliary band

, ORCID Icon, ORCID Icon &
Article: 2294901 | Received 21 Aug 2023, Accepted 08 Dec 2023, Published online: 23 Jan 2024

Figures & data

Figure 1. The framework of SBHSR network.

Figure 1. The framework of SBHSR network.

Figure 2. Estimation H moudule structure.

Figure 2. Estimation H moudule structure.

Figure 3. Mul-Encoder structure.

Figure 3. Mul-Encoder structure.

Figure 4. DRAM structure.

Figure 4. DRAM structure.

Figure 5. SAM structure.

Figure 5. SAM structure.

Figure 6. ResBlock structure.

Figure 6. ResBlock structure.

Figure 7. Comparison of three sets (a–c) of grayscale image details for the 55th band reconstructed from Pavia-Center data.

Figure 7. Comparison of three sets (a–c) of grayscale image details for the 55th band reconstructed from Pavia-Center data.

Figure 8. The detailed image of the 55th band of Pavia-Center data.

Figure 8. The detailed image of the 55th band of Pavia-Center data.

Figure 9. Details of the doubled super-resolution (a) (b) of 12th band in the original image of OHS data.

Figure 9. Details of the doubled super-resolution (a) (b) of 12th band in the original image of OHS data.

Table 1. Quantitative evaluation Pavia-Center dataset.

Table 2. The no-reference image evaluation metrics.

Figure 10. Absolute error maps of the reconstructed hyperspectral images.

Figure 10. Absolute error maps of the reconstructed hyperspectral images.

Figure 11. Spectral curve comparison chart.

Figure 11. Spectral curve comparison chart.

Data availability statement

Some or all data, models, or code generated or used during the study are available from the corresponding author by request.