Fig 6 - CNN-based burned area mapping using radar and optical data

Mean and standard error of Dice coefficient (DC), commission and omission errors (CE and OE) and seconds per pixel needed when training the models by land cover classes (O-others, F-forests, S-shrubs, G-grasslands and C-crops) of training tiles considering different CNN configuration and input datasets (Sentinel-1 -S-1, Sentinel-2 -S-2 and both datasets -S-1 + S-2).

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Reference

CNN-based burned area mapping using radar and optical data - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Mean-and-standard-error-of-Dice-coefficient-DC-commission-and-omission-errors-CE-and_fig2_351122086 [accessed 6 Dec, 2023]

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Fig. 6. Mean and standard error of Dice coefficient (DC), commission and omission errors (CE and OE) and seconds per pixel needed when training the models by land cover classes (O-others, F-forests, S-shrubs, G-grasslands and C-crops) of training tiles considering different CNN configuration and input datasets (Sentinel-1 -S-1, Sentinel-2 -S-2 and both datasets -S-1 + S-2).

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<a href="https://www.researchgate.net/figure/Mean-and-standard-error-of-Dice-coefficient-DC-commission-and-omission-errors-CE-and_fig2_351122086"><img src="https://www.researchgate.net/profile/Miguel-Belenguer-Plomer/publication/351122086/figure/fig2/AS:1017460337676288@1619592856378/Mean-and-standard-error-of-Dice-coefficient-DC-commission-and-omission-errors-CE-and.png" alt="Mean and standard error of Dice coefficient (DC), commission and omission errors (CE and OE) and seconds per pixel needed when training the models by land cover classes (O-others, F-forests, S-shrubs, G-grasslands and C-crops) of training tiles considering different CNN configuration and input datasets (Sentinel-1 -S-1, Sentinel-2 -S-2 and both datasets -S-1 + S-2)."/></a>