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# AI Model Training Project | |
This project demonstrates a complete machine learning workflow from data preparation to model deployment, using the MNIST dataset with an innovative approach to digit recognition. | |
## Project Structure | |
``` | |
. | |
βββ data/ # Dataset storage | |
βββ models/ # Saved model files | |
βββ src/ # Source code | |
β βββ data_preparation.py | |
β βββ model.py | |
β βββ training.py | |
β βββ evaluation.py | |
β βββ deployment.py | |
βββ notebooks/ # Jupyter notebooks for exploration | |
βββ requirements.txt # Project dependencies | |
βββ README.md # Project documentation | |
``` | |
## Setup Instructions | |
1. Create a virtual environment: | |
```bash | |
python -m venv venv | |
source venv/bin/activate # On Windows: venv\Scripts\activate | |
``` | |
2. Install dependencies: | |
```bash | |
pip install -r requirements.txt | |
``` | |
3. Run the training pipeline: | |
```bash | |
python src/training.py | |
``` | |
## Project Features | |
- Custom CNN architecture for robust digit recognition | |
- Data augmentation techniques | |
- Model evaluation and hyperparameter tuning | |
- Model deployment pipeline | |
- Performance monitoring | |
## Learning Concepts Covered | |
1. Data Preprocessing | |
- Data loading and cleaning | |
- Feature engineering | |
- Data augmentation | |
2. Model Architecture | |
- Custom CNN design | |
- Layer configuration | |
- Activation functions | |
3. Training Process | |
- Loss functions | |
- Optimizers | |
- Learning rate scheduling | |
- Early stopping | |
4. Evaluation | |
- Metrics calculation | |
- Cross-validation | |
- Model comparison | |
5. Deployment | |
- Model saving | |
- Inference pipeline | |
- Performance monitoring |