Instructions are available at: http://wiki.ros.org/melodic/Installation/Ubuntu
pip3 install -r requirements.txt
Most of the packages are already provided with ROS. Virutal environment is preferable.
https://drive.google.com/a/sjsu.edu/file/d/1-OQuWuRwvfPK0akXgAcgkNtSuKIMSzwA/view?usp=sharing
python3 fusion_node/main.py
python3 gps_node/main.py
python3 radar_node/main.py
python3 2d_detection_node/main.py #(additional instructions in 2d_detection_node/README.md)
roscore
rosbag play 720loop1.bag
If everything worked out successfully
$ rostopic list
Should contain the following elements:
#standard ros topics
/rosout
/rosout_agg
#raw data:
/fix
/ti_mmwave/radar_scan_pcl
/zed_node/left/image_rect_color
/2d_node/output_image #2D detection pipeline
/2d_node/results
/gps_node/heading #gps pipeline
/gps_node/speed
/radar_pipeline/clusters #radar pipeline
Your final setup can look simmilar to this one:
There are some examples of the inference below. All examples of 2D inference generated with the system are avalable in https://github.com/tomek-l/mercedes-clk-perception/tree/master/images
For more information, go see the paper https://github.com/tomek-l/mercedes-clk-perception/blob/master/docs/CMPE297_03_PilotA.pdf