Global Data Association for Multiple Pedestrian Tracking

Global Data Association for Multiple Pedestrian Tracking

UCF CRCV via YouTube Direct link

Intro

1 of 35

1 of 35

Intro

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Classroom Contents

Global Data Association for Multiple Pedestrian Tracking

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  1. 1 Intro
  2. 2 Challenges
  3. 3 Multi-target Tracking: Applications
  4. 4 Outline
  5. 5 Data Association
  6. 6 GMCP Tracker: Pipeline
  7. 7 How to solve GMCP?
  8. 8 Process of Finding Tracklets in one Segment
  9. 9 Parking Lot Results
  10. 10 Evaluation Metrics
  11. 11 Limitations
  12. 12 What are the main differences?
  13. 13 Framework
  14. 14 Mid-level Tracklet Generation
  15. 15 Optimization
  16. 16 Aggregated Dummy Nodes (ADN)
  17. 17 Run-time Comparison
  18. 18 Qualitative Results
  19. 19 Parking Lot 2
  20. 20 Occlusion Handling
  21. 21 Quantitative Comparison
  22. 22 Crowd Tracking
  23. 23 Spatial Proximity Constraint
  24. 24 Neighborhood Motion Effect
  25. 25 Grouping
  26. 26 Formulation
  27. 27 Appearance
  28. 28 Quadratic Constraints
  29. 29 Frank Wolfe Algorithm
  30. 30 Frank Wolfe with SWAP steps
  31. 31 Experiments . 9 high-density sequences
  32. 32 Quantitative Results
  33. 33 Contribution of each term
  34. 34 Summary
  35. 35 Future Work

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