3260 papers • 126 benchmarks • 313 datasets
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This work makes a comprehensive comparison between various FNO, ResNet, and U-Net like approaches to fluid mechanics problems in both vorticity-stream and velocity function form and shows promising results on generalization to different PDE parameters and time-scales with a single surrogate model.
Novel adaptations for convolutional neural networks are presented to demonstrate that they are indeed able to process functions as inputs and outputs, and it is proved a universality theorem to show that CNOs can approximate operators arising in PDEs to desired accuracy.
A Channel Attention mechanism guided by PDE Parameter Embeddings (CAPE) component for neural surrogate models and a simple yet effective curriculum learning strategy that provides a seamless transition between teacher-forcing and fully auto-regressive training.
A new network architecture is proposed, named Frequency-Query Operator, which predicts vibration patterns of plate geometries given a specific excitation frequency and outperforms DeepONets, Fourier Neural Operators and more traditional neural network architectures and can be used for design optimization.
Factorized Transformer(FactFormer), which is based on an axial factorized kernel integral, is proposed, which is able to simulate 2D Kolmogorov flow on a 256 by 256 grid and 3D smoke buoyancy on a 64 by64 by 64 grid with good accuracy and efficiency.
Erwin is a hierarchical transformer inspired by methods from computational many-body physics, which combines the efficiency of tree-based algorithms with the expressivity of attention mechanisms and demonstrates Erwin's effectiveness across multiple domains, including cosmology, molecular dynamics, PDE solving, and particle fluid dynamics.
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