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Feilian-3D

Feilian-3D is a deep learning project for 3D wind speed field prediction using U-Net architecture, optimized for HPC environments with AMD ROCm GPUs.

Overview

Feilian-3D leverages deep learning techniques to predict three-dimensional wind speed fields, making it particularly useful for applications in atmospheric modeling, renewable energy forecasting, and climate science.

Key Features

  • 3D U-Net Architecture - Encoder-decoder structure with skip connections optimized for volumetric data
  • AMD ROCm Support - Optimized for AMD MI250X GPUs with ROCm 6.3.3
  • HPC Ready - Distributed training with PyTorch DDP and SLURM integration
  • Mixed Precision Training - Automatic mixed precision for faster training and lower memory usage
  • Physics-Informed Loss - Gradient loss functions for physical plausibility
  • Flexible Configuration - Comprehensive config system for experiments and hyperparameter tuning

Documentation Sections

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