Files
radiacode/train/vega_ml/training/vega/__init__.py
Jacquin Antoine 745a64b342 Pipeline complet Radiacode 103 - identification automatique d'isotopes
- VegaModel CNN-FCNN 34.5M params, 82 isotopes, val acc 99.89%
- Generation 50k spectres synthetiques 1D (12-24h durees)
- Entrainement 100 epochs sur RTX 5060 Ti (CUDA 12.8, Blackwell)
- Detection continue avec soustraction du background
- Capture background 24h avec gestion deconnexion
- Docker Compose : conteneur train (GPU) + detect (CPU/USB)
- Modele entraite inclus (vega_best.pt, 395 Mo)

Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
2026-05-19 12:29:56 +02:00

27 lines
799 B
Python

"""
Vega Model - CNN-FCNN with Multi-Task Heads for Gamma Spectrum Isotope Identification
Architecture based on research findings from:
- Wang et al. (2026): CNN-FCNN achieves 99.8% accuracy
- Galib et al. (2021): Hybrid CNN outperforms pure architectures
- Turner et al. (2021): 1D CNN robust to gain shifts and shielding
Features:
- 1D CNN backbone for spectral feature extraction
- Multi-task heads for isotope classification + activity regression
- Support for 82 isotopes from the synthetic spectra database
"""
from .model import VegaModel, VegaConfig
from .dataset import SpectrumDataset, create_data_loaders
from .train import train_vega, VegaTrainer
__all__ = [
'VegaModel',
'VegaConfig',
'SpectrumDataset',
'create_data_loaders',
'train_vega',
'VegaTrainer'
]