Aurora ESP Project to Leverage AI, Deep Learning, and Exascale Computing Power to Advance Fusion Energy Research
Aurora ESP Project to Leverage AI, Deep Learning, and Exascale Computing Power to Advance Fusion Energy Research
Published
Publication HPCWire
Award Aurora ESP
Systems Aurora | Sunspot
Princeton’s Fusion Recurrent Neural Network (FRNN) code uses convolutional and recurrent neural network components to integrate both spatial and temporal information for predicting disruptions in tokamak plasmas with unprecedented accuracy and speed on top supercomputers. (Image: Eliot Feibush, Princeton Plasma Physics Laboratory)