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Did you run Ros directly in Raspberry/Jetson or you run in other pc?
I used Intel NUC PC. Raspberry or Jetson is slow for ROS2. I did not use machine learning logic for this project, so I used just normal PC.
@@rlmodel5507 Thanks
but Could I use ros2 in a normal Computer wiht Ubuntu and run ros2 in a raspberry pi4 like a server?@@rlmodel5507
How do u covert 3d LiDAR point cloud to 2d laser topic?
github.com/ros-drivers/velodyneon velodyne repo you can find 'velodyne_laserscan' package.That's what you want.
@@rlmodel5507 thanks as I am not using velodyne. I used pointcloud-to-laserscan package and it works well
Perfection🎉
Thanks ^^
Nice Job ! what did you use to produce odometry ?
The robot manufacturer provide those topic info in using robot ros package. It's basically CAN data from encoder.
Did you run Ros directly in Raspberry/Jetson or you run in other pc?
I used Intel NUC PC. Raspberry or Jetson is slow for ROS2. I did not use machine learning logic for this project, so I used just normal PC.
@@rlmodel5507 Thanks
but Could I use ros2 in a normal Computer wiht Ubuntu and run ros2 in a raspberry pi4 like a server?@@rlmodel5507
How do u covert 3d LiDAR point cloud to 2d laser topic?
github.com/ros-drivers/velodyne
on velodyne repo you can find 'velodyne_laserscan' package.
That's what you want.
@@rlmodel5507 thanks as I am not using velodyne. I used pointcloud-to-laserscan package and it works well
Perfection🎉
Thanks ^^
Nice Job ! what did you use to produce odometry ?
The robot manufacturer provide those topic info in using robot ros package. It's basically CAN data from encoder.