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Articles

MSCANet: multiscale context information aggregation network for Tibetan Plateau lake extraction from remote sensing images

, , , , &
Pages 1-30 | Received 27 Jul 2022, Accepted 12 Dec 2022, Published online: 12 Jan 2023

Figures & data

Figure 1. MSCANet network structure.

Figure 1. MSCANet network structure.

Figure 2. Schematic diagram of the attention module of the inverted bottleneck channel.

Figure 2. Schematic diagram of the attention module of the inverted bottleneck channel.

Figure 3. Depthwise convolution.

Figure 3. Depthwise convolution.

Figure 4. Pointwise convolution.

Figure 4. Pointwise convolution.

Figure 5. Inverted Residual Block.

Figure 5. Inverted Residual Block.

Figure 6. Multi-core Pyramid Pooling Unit (MPPM) network architecture.

Figure 6. Multi-core Pyramid Pooling Unit (MPPM) network architecture.

Figure 7. The Tibetan Plateau lake semantic dataset.

Figure 7. The Tibetan Plateau lake semantic dataset.

Table 1. Experimental results of the Tibetan Plateau lake semantic dataset.

Figure 8. Lake localization for different segmentation models.

Figure 8. Lake localization for different segmentation models.

Figure 9. Frozen lake localization for different segmentation models.

Figure 9. Frozen lake localization for different segmentation models.

Figure 10. Lake localization for different segmentation models.

Figure 10. Lake localization for different segmentation models.

Figure 11. Performance comparison of different models for small lakes extraction.

Figure 11. Performance comparison of different models for small lakes extraction.

Table 2. Experimental results of the small lakes dataset.

Figure 12. Performance comparison of different models for frozen lakes extraction.

Figure 12. Performance comparison of different models for frozen lakes extraction.

Table 3. Experimental results of the frozen lakes dataset.

Figure 13. Performance comparison of different models for background-disturbed lakes extraction.

Figure 13. Performance comparison of different models for background-disturbed lakes extraction.

Table 4. Experimental results of the background-disturbed lakes dataset.

Figure 14. Performance comparison of different models for freshwater lakes extraction.

Figure 14. Performance comparison of different models for freshwater lakes extraction.

Table 5. Experimental results of the freshwater lakes dataset.

Figure 15. Performance comparison of different models for salt lakes extraction.

Figure 15. Performance comparison of different models for salt lakes extraction.

Table 6. Experimental results of the salt lakes dataset.

Figure 16. Performance comparison of different models for Sentinel-2A dataset extraction.

Figure 16. Performance comparison of different models for Sentinel-2A dataset extraction.

Table 7. Experimental results of the Sentinel-2A dataset.

Figure 17. Lake prediction results for different textures and spectral characteristics of the Tibetan Plateau.

Figure 17. Lake prediction results for different textures and spectral characteristics of the Tibetan Plateau.

Table 8. Experimental results of the Google Earth Dataset.

Table 9. Ablation experiment results.

Data availability statement

The Tibetan Plateau lake semantic dataset is provided by National Cryosphere Desert Data Center. (http://www.ncdc.ac.cn). The code used in this study are available by contacting the corresponding author.