Tools for Mobile Photography and Computer Vision

Tools for Mobile Photography and Computer Vision

NVIDIA Developer via YouTube Direct link

First assignment: Autofocus - 1 week

37 of 41

37 of 41

First assignment: Autofocus - 1 week

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Tools for Mobile Photography and Computer Vision

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  1. 1 Intro
  2. 2 NVIDIA Mobile Computer Vision
  3. 3 Computer Vision = New Applications
  4. 4 Computer Vision = Vehicle Safety
  5. 5 Mobile Computing on a Tear
  6. 6 Tegra 2 - Heterogeneous Multi-core
  7. 7 ARM is Pervasive and Open
  8. 8 TEGRA ROADMAP
  9. 9 OpenCV Functionality Overview Image processing
  10. 10 OpenCV for CUDA
  11. 11 Current OpenCV Cuda Functionality
  12. 12 OpenCV for Android
  13. 13 Tegra Android Development Pack
  14. 14 Android Apps Java Applications
  15. 15 OpenCV supports Java and Native
  16. 16 OpenCV Java API Example
  17. 17 The Embedded Vision Alliance
  18. 18 Computer Vision vs. Photography
  19. 19 Some computational photography apps
  20. 20 Mobile Computational Photography
  21. 21 MCP Problem 1: Lack of control & accesso
  22. 22 MCP Problem 2: Wrong model
  23. 23 The FCam Architecture
  24. 24 Sensor
  25. 25 Image Signal Processor (ISP)
  26. 26 Devices
  27. 27 Implementations
  28. 28 Tegra developer board
  29. 29 FCam: Open Source Project
  30. 30 Exposure metering examples
  31. 31 Auto White Balance
  32. 32 Estimating the color temperature
  33. 33 Contrast-based Passive Autofocus
  34. 34 Exposure Fusion: Simplified HDR
  35. 35 Implemented on N900
  36. 36 Lucky Imaging: Hand-held long exposures
  37. 37 First assignment: Autofocus - 1 week
  38. 38 Remote flash over Bluetooth
  39. 39 Interactive Photomontage
  40. 40 Kal-El Reference Design
  41. 41 FCam on Tegra: Baby steps

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