NVIDIA Jetson: Enabling AI-Powered Autonomous Machines at Scale

NVIDIA Jetson: Enabling AI-Powered Autonomous Machines at Scale

NVIDIA Developer via YouTube Direct link

Software stack

9 of 47

9 of 47

Software stack

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NVIDIA Jetson: Enabling AI-Powered Autonomous Machines at Scale

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  1. 1 Introduction
  2. 2 Why AI at the edge
  3. 3 Challenges
  4. 4 Complexity Accuracy
  5. 5 Jetson Platform
  6. 6 Jetson Computer
  7. 7 Jetson subsystems
  8. 8 Unified memory architecture
  9. 9 Software stack
  10. 10 Tensor RT
  11. 11 ML4 Benchmarks
  12. 12 Deep Stream SDK
  13. 13 Isaac SDK
  14. 14 Summary
  15. 15 Software
  16. 16 Ecosystem
  17. 17 Success
  18. 18 Future
  19. 19 Industrial
  20. 20 Developer Kits
  21. 21 CTSA Digital
  22. 22 Questions
  23. 23 How do you keep the overview
  24. 24 What circuits are available for Jetson Nano
  25. 25 Which type of smart city
  26. 26 New updates
  27. 27 Applications for Tiny Yellow
  28. 28 Availability of Jetson NX
  29. 29 What is differences between 10W and 5W operation
  30. 30 Energy consumption of Jetson
  31. 31 Google environmental sensor
  32. 32 Max power usage
  33. 33 Carrier boards
  34. 34 Recommendations
  35. 35 Roadmap
  36. 36 Hardware partners
  37. 37 Industrial protocols
  38. 38 Memory Upgrade
  39. 39 OpenCV Performance
  40. 40 Gigabit Ethernet Support
  41. 41 Tensor RT Compiler
  42. 42 Tensor IP
  43. 43 Exploration of different dimensions
  44. 44 Tensorflow
  45. 45 Jetson Nano
  46. 46 Synthetic Data
  47. 47 Conclusion

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