Search this site
Embedded Files
Nguyen Mau Dung
  • Home
  • Main Projects
    • Image-based 3D Human Joint Angle Estimation
    • IMU-based spectrograms with deep CNN for the gait analysis system
    • Detected dangerous situations of elderly people
  • Personal Projects
    • SFA for 3D object detection
    • Complex-YOLOv4
    • RTM3D
    • TTNet Implementation
    • Self-driving Car
  • Certificates
  • Awards
Nguyen Mau Dung
  • Home
  • Main Projects
    • Image-based 3D Human Joint Angle Estimation
    • IMU-based spectrograms with deep CNN for the gait analysis system
    • Detected dangerous situations of elderly people
  • Personal Projects
    • SFA for 3D object detection
    • Complex-YOLOv4
    • RTM3D
    • TTNet Implementation
    • Self-driving Car
  • Certificates
  • Awards
  • More
    • Home
    • Main Projects
      • Image-based 3D Human Joint Angle Estimation
      • IMU-based spectrograms with deep CNN for the gait analysis system
      • Detected dangerous situations of elderly people
    • Personal Projects
      • SFA for 3D object detection
      • Complex-YOLOv4
      • RTM3D
      • TTNet Implementation
      • Self-driving Car
    • Certificates
    • Awards

TTNet: Real-time temporal and spatial video analysis of table tennis

The implementation of the paper "TTNet: Real-time temporal and spatial video analysis of table tennis" (CVPR 2020) from scratch.

Source code: https://github.com/maudzung/TTNet-Realtime-for-Table-Tennis-Pytorch

End-to-End Self-Driving Car Projects

  • Finding lane lines

  • Traffic signs classification;

  • Behavior cloning;

  • Extended Kalman filters;

  • Kidnapped vehicle using particle filters;

  • Path planning on the highway;

  • PID controller;

  • Programming a real self-driving car using ROS.

Google Sites
Report abuse
Page details
Page updated
Google Sites
Report abuse