Road Extrcation Model BAH
This model performs road segmentation from satellite imagery using a deep learning semantic segmentation architecture.
Fonte do modelo
- Tipo
- Other
- Tamanho do arquivo
- 54,2 MB
- Versão
- vRevision 9788c57
- Atualizado
- 1 de nov. de 2026
- Downloads
- 0
- Fonte
- Hugging Face
Descrição da fonte
Road Segmentation Model
Overview
This model performs road segmentation from satellite imagery using a deep learning semantic segmentation architecture.
The model takes an RGB satellite image as input and predicts a binary road mask indicating road locations.
Model Details
Architecture
- Framework: PyTorch
- Deployment Format: TorchScript (.pt)
- Task: Semantic Segmentation
- Output: Binary road mask
Input
- RGB satellite image
- Expected shape: 3 × H × W
- Pixel values normalized to [0,1]
Output
- Single-channel road probability mask
- Higher values indicate higher confidence of road presence
Usage
import torch
model = torch.jit.load("road_model_Deployment.pt")
model.eval()
prediction = model(image_tensor)
Performance
| Metric | Score |
|---|---|
| IoU | Add Your Score |
| Dice Score | Add Your Score |
| Validation Loss | Add Your Score |
Limitations
- Performance may vary across geographic regions.
- Small roads may be difficult to detect.
- Results depend on image quality and resolution.
Intended Uses
Intended
- Road extraction
- Infrastructure mapping
- Transportation analysis
- Disaster response
Not Intended
- Safety-critical systems
- Autonomous vehicle control
- Real-time navigation
Files
- road_model_Deployment.pt
- inference.py
- requirements.txt
License
MIT License
Fontes
1 fonte
Fontes
1 fonteVerificado 1 de nov.
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Artefatos de modelo
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Artefatos de modelo
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Trechos de fonte
3 trechos--- license: mit pipeline_tag: image-segmentation --- # Road Segmentation Model ## Overview This model performs road segmentation from satellite imagery using a deep learning semantic segmentation architecture. The model takes an RGB satellite image as input and predicts a binary road mask indicating road locations. ## Model Details ### Architecture * Framework: PyTorch * Deployment Format: TorchScript (.pt) * Task: Semantic Segmentation * Output: Binary road mask ### Input * RGB satellite image * Expected shape: 3 × H × W * Pixel values normalized to [0,1] ### Output * Single-channel road probability mask * Higher values indicate higher confidence of road presence ## Usage ```python import torch model = torch.jit.load("road_model_Deployment.pt") model.eval() prediction = model(image_tensor) ``` ## Performance | Metric | Score | | --------------- | -------------- | | IoU | Add Your Score | | Dice Score | Add Your Score | | Validation Loss | Add Your Score | ## Limitations * Performance may vary across geographic regions. * Small roads may be difficult to detect. * Results depend on image quality and resolution. ## Intended Uses ### Intended * Road extraction * Infrastructure mapping * Transportation analysis * Disaster response ### Not Intended * Safety-critical systems * Autonomous vehicle control * Real-time navigation ## Files * road_model_Deployment.pt * inference.py * requirements.txt ## License MIT License
Source context: 0 downloads · 1 likes · Pipeline image-segmentation · Repo manish2607/road_extrcation_model_BAH
Source context: 0 downloads · 0 likes · Pipeline image-segmentation · Repo manish2607/road_extrcation_model_BAH
