Hyperspectral Neutron Imaging and Tomographic Reconstruction - Challenges and Methods

Hyperspectral Neutron Imaging and Tomographic Reconstruction - Challenges and Methods

IEEE Signal Processing Society via YouTube Direct link

Modelbased approaches

21 of 36

21 of 36

Modelbased approaches

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Hyperspectral Neutron Imaging and Tomographic Reconstruction - Challenges and Methods

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  1. 1 Introduction
  2. 2 Computer tomography
  3. 3 Electron microscopes
  4. 4 Xray CT
  5. 5 Neutron CT
  6. 6 Challenges
  7. 7 Methods
  8. 8 Outline
  9. 9 Why neutron CT
  10. 10 Hyperspectral neutron imaging
  11. 11 Chemical mapping
  12. 12 A singlevoxel
  13. 13 Time consuming measurements
  14. 14 Tomographic reconstruction
  15. 15 Robust modelbased iterative reconstruction
  16. 16 Crystalline material reconstruction
  17. 17 Grain flicker
  18. 18 Filtered back projection
  19. 19 Improved acquisition
  20. 20 Laminography
  21. 21 Modelbased approaches
  22. 22 CryoEM
  23. 23 Forward model
  24. 24 Ground truth
  25. 25 Cone beam CT
  26. 26 Summary
  27. 27 When is it useful
  28. 28 Sequential data sets
  29. 29 Broad neural networks
  30. 30 Experimental results
  31. 31 Approach
  32. 32 Preliminary Results
  33. 33 Real Data
  34. 34 Note of Caution
  35. 35 Summary of Work
  36. 36 Reconstruction Quality

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