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A program uses a 360-degree spinning robotic sensor to generate real-time map with Google-Cartographer.

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Google-Cartographer

Final project of CS50 Robotic

Comparison Rplidar map built via Google-cartographer v.s. Hector SLAM Video: https://www.youtube.com/watch?v=NtxTa1wjE4I

Setup instruction (in Chinese):https://hollyqood.wordpress.com/2015/12/01/ros-slam-2-hector-slam-2d%E5%9C%B0%E5%9C%96%E5%BB%BA%E7%BD%AE/

The setup procedure is followed by the Chinese instruction:

Google-Cartographer launch file build (in Chinese): http://blog.csdn.net/ywj447/article/details/52922487

Since Google changed some of their codes in Cartographer, some part of the launch file build instructions are incorrect, but most of them are correct. The modified launch files are included in the git.

Setup RPlidar On Turtlebot

Install RPlidar ROS with Hector SLAM on Laptop

Install Google-cartographer on Laptop

Create launch files for Hector SLAM and Google-cartographer

Run Turtlebot with RPlidar

Receive ROS data to rosbag

Replay rosbag data on Google-cartographer

Replay rosbag data on Hector SLAM

Google-Cartographer

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A program uses a 360-degree spinning robotic sensor to generate real-time map with Google-Cartographer.

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