Difference between revisions of "2019WinterTeam2"
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*About ROS | *About ROS | ||
*ROS and RPLidar | *ROS and RPLidar | ||
**What is an RPLidar? | |||
Lidar is a device that measures the distance to a target by sending pulsed laser beams and receiving the reflected beams with a sensor. The accuracy of lidar is more accurate than other sensors of similar nature such as IR sensor or ultrasonic sensor. | |||
*ROS and Donkey car | *ROS and Donkey car | ||
Revision as of 23:04, 24 March 2019
Team 2 attempted to achieve object avoidance by incoorporating a 360° RPLIdar along with the camera, and controlling their operation using ROS (Robot Operating System).
Introduction
Welcome to team2 ECE148 Wiki page. In this class, we build and utilized a remote-controlled car. In this page, we will cover the details behind the design of the RC car and demonstrate results. The goal in this class was to perform the following tasks:
- Autonomously drive on an indoor track
- Autonomously drive on an outdoor track
- Obstacle avoidance using RPLidar and ROS
Team Members
- Chen Du (ECE grad)
- Jingying Chen (MAE undergrad)
- Marshall Garcia (MAE undergrad)
- Tina Kafel (ECE undergrad)
RC Car details
- RC Car hardware:
- RC Car software:
ROS Project
- About ROS
- ROS and RPLidar
- What is an RPLidar?
Lidar is a device that measures the distance to a target by sending pulsed laser beams and receiving the reflected beams with a sensor. The accuracy of lidar is more accurate than other sensors of similar nature such as IR sensor or ultrasonic sensor.
- ROS and Donkey car