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Experiment 5 v1 — Interpolation DiT (Flow Matching)

Model

3D Diffusion Transformer for atmospheric spatial interpolation using Flow Matching. Takes coarse atmospheric state and generates fine-grained local atmospheric fields.

Station

  • Target: RKSI (Incheon International Airport, South Korea)
  • Coordinates: 37.4692°N, 126.4505°E

Training Results (Best Epoch 7 / 12)

  • Val T2 MAE: 0.9937 K
  • Val T2 Bias: 0.9791 K
  • Val FM Loss: 0.2880
  • LR at best: 8.652e-05

Training Curve

Epoch Val FM Loss T2 MAE (K) T2 Bias (K) LR
1 1.1642 1.1759 0.5837 1.998e-04
2 0.9870 1.2539 0.9651 1.960e-04
3 0.7686 1.4457 1.3613 1.843e-04
4 0.5216 1.4016 1.3781 1.657e-04
5 0.3710 1.5597 1.5510 1.420e-04
6 0.3259 1.6226 1.6055 1.148e-04
7 0.2880 0.9937 0.9791 8.652e-05

Hyperparameters

  • Architecture: 3D DiT (Diffusion Transformer)
  • Batch size: 16
  • Optimizer: Muon (LR=2e-4, WD=5e-3) + AdamW (LR=2e-5)
  • Warmup: 1 epoch (cosine decay to 1e-6)
  • Total epochs: 12 (early stopped at 7 due to NCCL crash, best=epoch 7)
  • Flow steps: 1000
  • Loss: Charbonnier + 0.05 * Gradient + 0.05 * LPIPS
  • EMA decay: 0.9995
  • Early stopping patience: 6

Data

  • Training data: ERA5 atmospheric reanalysis (2005-2014)
  • Grid: 10°x10° around RKSI at 0.25° resolution
  • Variables: 7 atmospheric variables (T2m, U10, V10, SP, T850, U500, V500)

Hardware

  • 8x NVIDIA B200 GPUs (DDP via Accelerate)
  • Training time: ~7.5 hours
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