Remote Sensing Building Damage Assessment Based on Machine Learning
, , oraz
30 wrz 2024
O artykule
Data publikacji: 30 wrz 2024
Zakres stron: 1 - 12
DOI: https://doi.org/10.2478/ijanmc-2024-0021
Słowa kluczowe
© 2024 Jiawei Tang et al., published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License.
Confusion matrix formal table
Prediction category | True category | Positive sample | Negative sample |
---|---|---|---|
Positive sample | TP | FP | |
Negative sample | FN | TN |
Based on the building damage level table defined in this article
Class | Description |
---|---|
0 | Undamaged |
1 | Minor damage |
2 | Major damage |
3 | Destroyed |
Training results on validation dataset
Name | Explanation | Color |
---|---|---|
F1 | The overall F1 value of the building damage assessment on the xBD validation set | Yellow |
F1_Loc | F1 values for segmentation of building localization on the xBD validation set | Purple |
F1_Dam | F1 value for building damage classification on the xBD validation set | Green |
F1_Undam | F1 value for classification of undamaged buildings on the xBD validation set | Grey |
F1_Min | F1 value for classification of minor damage buildings on the xBD validation set | Blue |
F1_Maj | F1 value for classification of major damage buildings on the xBD validation set | Orange |
F1_Des | F1 value for classification of destroyed buildings on the xBD validation set | Red |
European disaster committee table for building damage assessment
Masonry Construction | Fortified Buildings | Damage Level |
Undamaged | ||
Minor Damaged | ||
Medium Damaged | ||
Major Damage | ||
Destroyed |
Training environment configuration table
Configuration information | Detail |
---|---|
Hardware Configuration | Nivdia RTX 3080 12G |
Language | Python 3.8 |
Main Frame | Pytorch 2.1.0 Cuda11.8 |
Image information | 1024×1024 20248 photos |
Optimization Function | Adam |
Loss Function | cross entropy loss |
Epoch | 30 |
Training time | 12h |