• 01. Learning route
• 02.Quick Getting Started Tutorial

• 1.Introduction to Jetson Nano
• 2.Burn system image
• 3.SD has been burned and reread the disk
• 4.Jetson Nano startup
• 5.Burn the official image (SDK)

General courses

• 1.Introduction to the Jetson nanoSUB board
• 2.Write EMMC system

TF card version

• 1.Jetson Nano SUB TF card startup and scaling
• 2.Write TF card system image
• 3.Flashed SD re-read disk

U disk version

• 1.Write EMMC boot
• 2.Write U disk system
• 3.Flashed U disk re-read disk
• 4.Jetson Nano SUB start up

• 1.Introduction to the Jetson Nano system and desktop
• 2.SD card expansion
• 3. Network configuration
• 4. SSH Telnet & File Transfer
• 5. VNC remote login
• 6.Jetson Nano system backup
• 7.Jetson Nano Swap swap space increased
• 8. Installation and use of Jtop

• 1. API usage of GPIO libraries
• 2.Jetson Nano hardware library configuration
• 3. Pin reading function
• 4. Pin level output control
• 5. Control LED
• 6.Jetson Nano communicates with external device serial ports
• 7.jetson nano I2C communication

• 1. On-board camera tutorial
• 2. USB external camera test
• 3.Jupter lab and Jetcham installation
• 4. Install TensorFlow (optional)
• 5.Jetson-Inference environment construction (optional)
• 6.Hello AI World
• 7. Image classification reasoning
• 8. Object detection reasoning
• 9. Semantic segmentation
• 10. Pose estimation
• 11. Action recognition
• 12. Background removal
• 13. Monocular depth estimation
• 14.DeepStream environment construction (optional)
• 15. Automotive Inspection
• 16.Introduction to yolo5
• 17.YOLO5 environment construction (optional)
• 18. Real-time detection of yolo5
• 19.yolo5 + tensorrt acceleration
• 20.yolo5 + tensorrt acceleration + DeepStream (open camera)
• 21.Mediapipe environment construction (optional)
• 22.Mediapipe development

Basic Course

• 1. Introduction to ROS
• 2. Project file structure
• 3. Common commands and tools
• 4. Publisher
• 5. Subscribers
• 6. Customize topic messages and use
• 7. Client
• 8. Server
• 9. Customize service messages and usage
• 10. TF release and monitoring

Visual Image Processing

• 1. AR vision
• 2. AR QR code
• 3. ROS+Opencv foundation
• 4. ROS+Opencv application
• 5. MediaPipe development

Docker Course

• 1.Overview and installation
• 2.Common commands
• 3.Understand and publish images
• 4.Hardware interaction data processing
• 5.Enter docker container
• 6.Update docker images

Basic Course

• 1.Introduction to ROS2
• 2.Commands and tools
• 3.ROS2 Topic communications
• 4.ROS2 service communications
• 5.ROS2launch file starts

OpenCV Course

• 1.OpenCV Basic Course
• 2.ROS+opencv application
• 3.QR code recognition
• 4.AR Vision
• 5.Mediapipe

• 0.Model usage instructions
• 1.Environments deployment
• 2.Dialogue platform installation
• 3.Qwen2 model
• 4.TinyLlama model
• 5.Phi-3 model
• 6.Gemma model
• 7.Orca Mini model
• 8.StarCoder2 model
• 9.DeepSeek Coder model
• 10.Expand LLaVA-Phi3