
ESP32 Robotic Car ,Differential Drive Robot fully operated with ROS ( robot operating System ).
Last Updated 07/2020
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 14 lectures (2h 10m) | Size: 1.61 GB
What you’ll learn
- Real world Robotics with ROS
- Robotics basic workflow
- Robot Operating System Melodic Integration
- Mobile Robots sensors with ROS framework communication
Requirements
- HARDWARE :DC geared motors with Encoders
- HARDWARE :Esp-32 Development board
- HARDWARE :Lipo Battery 12V
- HARDWARE :3D printer if possible
- HARDWARE :Jumper Wires
- Basic Python Requirements
- Basic Electronics Understanding
Description
- A simple Mobile Robot will be converted into functional ROS robot having all sensors communication and driving over ROS using its package over Wifi.
- We will Progress in the following order .
- Work with simple TurtleSim package to develop ROS workflow understanding
- Bring in STL files from 3D model of robot to represent in Gazebo
- Use Rviz to visualize the robot using Xacros
- Produce Encoders output from motors and count revolutions
- Use ROS Teleop_Keyboard package to drive Robot
- Use ROS differential Drive package to produce Odometery of Robot
- If you want to understand ROS more then take a look on my ” Beginners guide to ROS course “. otherwise things will not be much clear to you .
Who this course is for
- College Students
- Robotics Hobbyists
- ROS researchers
原创文章,作者:steven,如若转载,请注明出处:https://rr3d.cn/32019.html