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title: Image Classification with CNN | |
emoji: 🔥 | |
colorFrom: yellow | |
colorTo: green | |
sdk: docker | |
pinned: false | |
# Convolutionnal Neural Network Model for Image CLassification Classification | |
## Model Description | |
This is aCNN model for the Frugal AI Challenge 2024, specifically for the image classification task of identifying smoke in images. The model contains 2 convolutionnal layers and one fully connected layer. | |
### Intended Use | |
- **Primary intended uses**: Test for image classification models | |
- **Primary intended users**: Researchers and developers participating in the Frugal AI Challenge | |
- **Out-of-scope use cases**: Not intended for production use or real-world classification tasks | |
## Training Data | |
The model uses the pyronear/pyro-sdis datase. | |
The Pyro-SDIS Subset contains 33,636 images, including: | |
- 28,103 images with smoke | |
- 31,975 smoke instances | |
- Split: 80% train, 20% test | |
## Performance | |
### Metrics | |
- **Accuracy**: ~83% | |
- **Environmental Impact**: | |
- Emissions tracked in gCO2eq | |
- Energy consumption tracked in Wh | |
### Model Architecture | |
The model implements a CNN model trained on augmented images (randomCrop, Horizontal and Vertical Flip, ColorJitters...). Only 2 convolutionnal layers and one fully connected layer was implemented in this model. | |
## Environmental Impact | |
Environmental impact is tracked using CodeCarbon, measuring: | |
- Carbon emissions during inference | |
- Energy consumption during inference | |
This tracking helps establish a baseline for the environmental impact of model deployment and inference. | |
## Limitations | |
- No object detection | |
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## Ethical Considerations | |
- Dataset contains sensitive topics related to climate disinformation | |
- Model makes random predictions and should not be used for actual classification | |
- Environmental impact is tracked to promote awareness of AI's carbon footprint | |
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