Quick Overview: We're bring you a three-parter from Luis Guzman, a MS in Robotics Graduate Student, who runs through how to program ... [Test ] Lane Following: proportional linear & angular velocity (ROS2, Turtlebot3 Burger) First lap: linear velocity = 0,3 Second lap: linear velocity = 0,5 Crash lap: linear velocity = 1 Need more PID tuning :D.
Ros 2 Turtlebot3 Line Following - Detailed Overview & Context
We're bring you a three-parter from Luis Guzman, a MS in Robotics Graduate Student, who runs through how to program ... [Test ] Lane Following: proportional linear & angular velocity (ROS2, Turtlebot3 Burger) First lap: linear velocity = 0,3 Second lap: linear velocity = 0,5 Crash lap: linear velocity = 1 Need more PID tuning :D. A naïve approach to training a DQN model to complete a lap in a circuit. Basic decision making to maintain localisation within lane Calculating and publishing the angle required to reach goal heading. Camera used: Raspberry Pi camera Robot platform: ...
This video shows how to set up demo Nav2 usage with Cognitive robotics for the win! 0:00 Blue color, linear speed: 0.2 units 1:39 Green color, linear speed: 0.3 units Implementing the lane detection algorithm while robot is stationary. Camera used: Raspberry Pi camera Robot platform: ...