Phase 1 Training Started - Domain Adaptation
Status: ✅ TRAINING ACTIVE
Started: Phase 1 training with domain adaptation strategy
Config: configs/resume_with_domain_adaptation.yaml
Starting Epoch: 39 checkpoint → Training epochs 40-50
Log File: training_phase1_domain_adaptation.log
What's Running
Training Configuration
- Epochs: 40-50 (10 epochs)
- Batch Size: 2 (physical)
- Gradient Accumulation: 20 steps (effective batch = 40)
- Resolution: 1120 (will increase to 1288 in Phase 1.5)
- Learning Rate: 0.0002
- Multi-scale: Disabled (will enable in Phase 3)
Domain Adaptation Augmentations (Config)
The config includes:
- Motion blur (prob=0.5, max_kernel_size=15)
- Gaussian blur (prob=0.3)
- ISO noise (prob=0.3)
- JPEG compression (prob=0.2)
- Copy-paste (prob=0.5, max_pastes=3)
- Color jitter (reduced intensity)
⚠️ Important Note: RF-DETR may have its own internal augmentation system. The augmentation section in the config might not be directly used by RF-DETR's train() function. We need to verify if augmentations are being applied.
Expected Results
Target: Small objects mAP improvement from 0.598 to 0.63-0.65 over 10 epochs
Monitoring:
- Check small objects mAP after each epoch
- Watch for improvement in motion-blurred ball detection
- Monitor training loss trends
Next Steps
- Monitor Training:
tail -f training_phase1_domain_adaptation.log - After Epoch 45: Evaluate and switch to Phase 1.5 (high-res)
- Verify Augmentations: Check if RF-DETR is applying augmentations
- If Augmentations Not Applied: Preprocess dataset offline with augmentations
Commands
Monitor Training
tail -f training_phase1_domain_adaptation.log
Check GPU Usage
watch -n 1 nvidia-smi
Evaluate After Epoch 40
python scripts/comprehensive_training_evaluation.py configs/resume_with_domain_adaptation.yaml
Changes Made
- ✅ Inference Threshold Fixed:
src/perception/local_detector.py- Changed default from 0.5 to 0.05 - ✅ Domain Adaptation Config Created:
configs/resume_with_domain_adaptation.yaml - ✅ Training Started: Phase 1 with domain adaptation strategy
Verification Needed
- Verify RF-DETR is applying augmentations (check training images or RF-DETR source)
- If not, preprocess dataset with augmentations offline
- Monitor small objects mAP improvement
- Check for any errors in training log