Foundations of Deep Learning and AI: Instabilities, Limitations, and Potential

Foundations of Deep Learning and AI: Instabilities, Limitations, and Potential

Society for Industrial and Applied Mathematics via YouTube Direct link

Worst case perturbations for AUTOMAP

23 of 25

23 of 25

Worst case perturbations for AUTOMAP

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Classroom Contents

Foundations of Deep Learning and AI: Instabilities, Limitations, and Potential

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  1. 1 Intro
  2. 2 The impact of deep learning is unprecedented
  3. 3 How do we determine the foundations of DL?
  4. 4 Instabilities in classification/decision problems
  5. 5 Al techniques replace doctors
  6. 6 Transforming image reconstruction with Al
  7. 7 Comparison with state-of-the-art
  8. 8 Instability of DL in Inverse Problems - MRI
  9. 9 The press reports on instabilities
  10. 10 Hilbert's program on the foundations of mathematics
  11. 11 Program on the foundations of DL and Al
  12. 12 Should we expect instabilities in deep learning?
  13. 13 The instabilities in classification cannot be cured
  14. 14 The mathematical setup
  15. 15 Trained DL NNs yield small error on training data
  16. 16 Universal instability theorem
  17. 17 Al-generated hallucinations and instability
  18. 18 Gaussian perturbations and AUTOMAP
  19. 19 Sharpness of Theorem 3
  20. 20 Can neural networks be trained/computed?
  21. 21 Kernel awareness in compressed sensing
  22. 22 Kernel awareness is essential
  23. 23 Worst case perturbations for AUTOMAP
  24. 24 Conclusion
  25. 25 New book coming

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