Interpretable and Structure-Preserving Data-Driven Methods for Physical Simulations

Interpretable and Structure-Preserving Data-Driven Methods for Physical Simulations

DataLearning@ICL via YouTube Direct link

Intro

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1 of 19

Intro

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Interpretable and Structure-Preserving Data-Driven Methods for Physical Simulations

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  1. 1 Intro
  2. 2 Awesome reduced order model team and collaborators
  3. 3 Physical simulations play an important role in modern scienc
  4. 4 How does conditional generative adversarial network perform?
  5. 5 Pro and cons of black-box approach
  6. 6 How can we get an interpretability?
  7. 7 DMD accelerates 3D printing process simulation
  8. 8 Time-windowing Wavelet DMD improves accuracy
  9. 9 Are there other data-driven interpretable methods?
  10. 10 Parameterized latent space dynamics identification (LaSDI)
  11. 11 Performance of LaSDI to radial advection problem
  12. 12 gLaSDI: physics-informed greedy latent space dynamics identificat
  13. 13 How about physics-constrained model?
  14. 14 Projection-based linear subspace reduced order model
  15. 15 Space-time ROM achieves the maximal compression
  16. 16 Component-wise ROM accelerates lattice-structure design optir
  17. 17 PROM accelerates wind turbine blade design optimization
  18. 18 Database local ROMs accelerate multi-start airplane wing optin
  19. 19 Category of data-driven methods via level of intrusiveness

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