FSML Lecture Series – Panos Stinis: When big neural networks are not enough: physics, multi-fidelity and kernels
2004 Lay Auto LabWhen big neural networks are not enough: physics, multi-fidelity and kernels
When big neural networks are not enough: physics, multi-fidelity and kernels
Identifying coherent structures and controlling turbulent flows through deep learning
From Turbulent Flows to Video Games: Managing Large-Scale Data with Tensor Decomposition
Flow matching in cell trajectories and protein design
Flow matching in cell trajectories and protein design
Statistical learning for Summary Statistics of Physics-based Model Outputs and their Correction and Probabilistic Outputs from Neural Networks applied to Super-resolution
Dynamics Models of Cellular and Neuronal Interactions
Sample-efficient and Principled Decision-making with Expensive Stochastic Oracles
Conditional neural field latent diffusion model for generating spatiotemporal turbulence
Conditional neural field latent diffusion model for generating spatiotemporal turbulence