Jetson Nano Driver Installation

Use a script to setup your SD card

This page provides instructions for installing libraries necessary for operating the MuSHR racecar. Before proceeding with these instructions, we first suggest trying our Jetson Nano image that has everything described on this page already installed. However, if your Jetson Nano fails to boot when using our image, you can flash NVIDIA's stock Jetson Nano image to your SD card, and then follow these instructions to install the necessary libraries.

Prerequisites

The following are required before continuing with installing the necessary libraries.

  1. SD card flashed with NVIDIA stock image
  2. Internet connection for Jetson Nano (either WiFi or ethernet)
  3. HDMI cable, mouse, keyboard

Running Install Script

The following steps will setup the required libraries on the Jetson Nano.

  1. Power on and boot the Jetson Nano.

  2. Follow the on-screen prompts to complete setup of the Jetson Nano operating system. If you would like your setup to be consistent with our tutorials, we suggest using the following values:
    Username: robot
    Name: robot
    Computer Name: goose

  3. Download the install script:

        wget https://raw.githubusercontent.com/prl-mushr/mushr/master/mushr_utils/install_scripts/mushr_install.sh
        

  4. Make the install script executable:

        chmod +x mushr_install.sh
        

  5. Execute the script, following the prompts and entering the user password as needed:

        ./mushr_install.sh
        

  6. Plug in any realsense cameras and open the realsense viewer:

        realsense-viewer
        

    If the upper right hand corner of the GUI recommends a firmware update, download and install the updated firmware.

  7. Open the file ~/catkin_ws/src/mushr/mushr_hardware/mushr_hardware/launch/sensors.launch. Comment out the lines that launch rs_camera.launch, and add the following code as shown in Fig. 1.

        <node pkg="timed_roslaunch" type="timed_roslaunch.sh"
              args="10 realsense2_camera rs_camera.launch camera:=/$(arg car_name)/camera tf_prefix:=/$(arg car_name)/camera"
              name="rs_camera_timed_roslaunch" output="screen" />
        

    Fig. 1

    Fig. 1

  8. Setup an access point on the robot. To do this, first click on the Wi-Fi symbol in the upper right of the Ubuntu GUI and choose Edit Connections. Click the plus sign to create a new connection. On the Choose a Connection Type dialog, choose Wi-Fi from the drop down menu, and then click Create…. Enter the name Robot AP into the Connection Name field. Under the Wi-Fi tab, also enter Robot AP into the SSID field. Under the Mode field, choose Hotspot. Under the BSSID field, choose the last option (there may only be one option). Under the Wi-Fi Security tab, choose the WPA and WPA2 Personal option in the Security field. Then enter a password into the Password field. Then click Save. This setup is shown below in Fig. 2 and 3.

    Fig. 2

    Fig. 2

    Fig. 3

    Fig. 3

  9. Some changes only take effect after re-booting, so shutdown the robot.

        sudo shutdown -P now
        

  10. All of the necessary libraries should now be installed. Now continue finishing software setup here.

Citation

If you plan to use any part of the the MuSHR platform, including tutorials, codebase, or hardware instructions for a project or paper, please cite MuSHR: A Low-Cost, Open-Source Robotic Racecar for Education and Research :

@article{srinivasa2019mushr,
 title={{M}u{SHR}: {A} Low-Cost, Open-Source Robotic Racecar for Education and Research},
 author={Srinivasa, Siddhartha S. and Lancaster, Patrick and Michalove, Johan and Schmittle, Matt and Summers, Colin and Rockett, Matthew and Smith, Joshua R. and Chouhury, Sanjiban and Mavrogiannis, Christoforos and Sadeghi, Fereshteh},
 journal={CoRR},
 volume={abs/1908.08031},
 year={2019}
}