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Deep Learning based road extraction from historical maps

This repository contains the code, test patches and weights for the paper [Deep Learning based road extraction from historical maps]

Dataset (Source)


Turkey 1:200k Historical Topographic Maps

The historical DHK 200 Turkey map used in this study covers a large area of around 150,000 square km in northwest Turkey, including the regions of Ankara and Bursa. The DHK 200 Turkey map legends are organized bilingually in accordance with the rest of the World War II German military maps [1].

Model Batch-Size F-1 Score No. Of Params Weights
Timm-resnest200e(U-Net++) 16 Batch-Size 0,577 68M Timm-resnest200e.pth
Timm-resnest200e(U-Net++ scSE) 16 Batch-Size 0,542 68M scSE timm-resnest200e.pth
Timm-resnest200e(MA-Net) 16 Batch-Size 0,541 68M MA-Net timm-resnest200e.pth
Inceptionv4(U-Net++) 16 Batch-Size 0,525 54M Inceptionv4.pth
Densenet201(U-Net++) 16 Batch-Size 0,511 18M Densenet201.pth
Resnext50_32x4d(U-Net++) 16 Batch-Size 0,491 42M Resnext50_32x4d.pth
Model Batch-Size F-1 Score No. Of Params Weights
Timm-resnest200e(U-Net++) 8 Batch-Size 0,564 68M Timm-resnest200e.pth
inceptionresnetv2 (U-Net++) 8 Batch-Size 0,501 54M inceptionresnetv2.pth
densenet201(U-Net++) 8 Batch-Size 0,485 18M densenet201.pth
resnext50_32x4d(U-Net++) 8 Batch-Size 0,472 42M resnext50_32x4d.pth
efficientnet-b1(U-Net++) 8 Batch-Size 0,4542 6M efficientnet-b1

Framework


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Outputs


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Classwise Metrics for best Models

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Prequsities

The code was implemented in Python(3.8) and PyTroch(1.14.0) on Windows OS. The Qubvel segmentation models pytorch library is used as a baseline for implementation. Apart from main data science libraries, RS-specific libraries such as GDAL, rasterio, and tifffile are also required.

Citation

Avcı C., Sertel E. , Kabadayı M. E. “Deep Learning Based Road Extraction from Historical Maps”, IEEE GEOSCIENCE AND REMOTE SENSING LETTERS,Accepted.

Contact Information:

Cengiz Avcı - avcice16@itu.edu.tr

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This repository contains the code, test patches and weights for the paper [Deep Learning based road extraction from historical maps]

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