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adipandas

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  1. Humanoid for home: I wonder – are we even there yet? (youtube.com)
    2 points 3
  2. Apple's Next Big Thing Is Reportedly an iPad on a Robot Arm (gizmodo.com)
    1 points 0
  3. Ask HN: Is there Tutorial(s) on DCMI interface using STM32?

    I am trying to understand the DCMI interface for STM32F746-disco board. Specifically looking for a walk through on DCMI interface codes. Any help/feedback would be appreciated.

    1 points 0
  4. DeepCPG Policies for Robot Locomotion (arxiv.org)
    4 points 1
  5. Robust Deep Reinforcement Learning for Quadcopter Control (arxiv.org)
    3 points 1
  6. Show HN: Neat Neat (github.com)
    1 points 0
  7. Ask HN: How to start learning embedded systems?

    I am interested to dive into embedded systems. I am proficient in C++ and python. I am seeking some advice for best path to take for learning embedded systems. Thank you for any advice (in advance).

    13 points 14
  8. Indoor_bot: Simple robot for indoor environments simulated in ROS and Gazebo (github.com)
    3 points 0
  9. Indoor_bot: Simple Robot with ROS (adipandas.github.io)
    1 points 0
  10. Show HN: Some Experiments with ROS (github.com)
    2 points 1
  11. DeepMind: What mechanisms drive agent behaviour? (medium.com)
    3 points 0
  12. Green Robots for Sustainability (allerin.com)
    1 points 0
  13. Simple Bipedal Robot (notion.so)
    2 points 0
  14. Stability of Fixed Points of High Dimensional Dynamical Systems (adipandas.github.io)
    66 points 13
  15. Show HN: Multi-Object Trackers in Python (python.libhunt.com)
    1 points 0
  16. Ask HN: Quaternions to Euler angles i.e. (roll/pitch/yaw)

    I have a position of the body. Its position is [x, y, z] and orientation as a quaternion vector [q0, qx, qy, qz]. (Note: This is defined in world frame of reference.) Now, I want to convert this to orientation to a…

    1 points 0
  17. Application of AI in Manufacturing (github.com)
    3 points 3
  18. Show HN: One-Shot Recognition of Manufacturing Defects in Steel Surfaces (github.com)
    7 points 1
  19. RL for Tilt-Rotor Quadcopter (arxiv.org)
    2 points 0
  20. Show HN: Control of Sliding-Arm-Quadcopter with DynamicStructuralParameters (arxiv.org)
    1 points 1
  21. Show HN: Rotation Using Euler Angles (adipandas.github.io)
    4 points 0
  22. Show HN: OpenCV based multi-object-tracker with various object detection models (github.com)
    105 points 21
  23. Show HN: multi-object-tracker (github.com)
    1 points 0
  24. Simple Multi Object Tracking (github.com)
    9 points 0