W25 Rover Quests

Rover Quest Book - Winter 2025 (W25)

The Great Objective: Autonomous Navigation for the UWRT Rover

The WATO Rover Team is helping build the autonomous navigation system for the UWRT's URC 2025 (opens in a new tab) rover.

Term Objectives Summary

The objectives for Winter 2025 focus on integrating UWRT's existing modules with the WATO Monorepo/watod infrastructure, as well as building out the autonomy software using nav2.

  1. Point Cloud Generator:
    • Create a point cloud using the IntelRealSense D435 cameras and the RealSense SDK, and publish the point cloud message to Nav2 for Costmap Generation, and localization.
  2. Object Detection:
    • Using camera feeds to generate field relative poses for mission-critical objects.
  3. ArUco Marker Detection:
    • Using camera feeds to generate field relative poses for ArUco markers.
  4. Behaviour Tree:
    • Using the Behaviour Tree to plan the navigation of the rover.
  5. Nav2 Integration:
    • Use sensor data from rover to plan and control the rover.
    • Use the rover's odometry to plan and control the rover (costmap, localize, plan, and control).
  6. Simulation:
    • Generate rover URDF and TF tree.
    • Gazebo simulation for both the rover and desert environment.

Term Objectives and Scoring

  1. Point Cloud Generator
ScoreCriteria
10/10Rover is able to reliably generate and publish a point cloud to Nav2.
5/10Rover is able to inreliably generate and publish a point cloud to Nav2.
0/10We were not able to meet the above goals

Minimum Requirements: Rover is able to inreliably generate and publish a point cloud to Nav2 for a score above 5/10.

  1. Object Detection
ScoreCriteria
10/10Rover is able to accurately detect and publish goal pose for Object.
5/10Rover is able to inaccurately detect and publish goal pose for Object.
0/10No progress.

Minimum Requirements: Rover is able to inaccurately detect and publish goal pose for Object for a score above 5/10.

  1. ArUco Marker Detection
ScoreCriteria
10/10Rover is able to accurately detect and publish goal pose for ArUco marker.
5/10Rover is able to inaccurately detect and publish goal pose for ArUco marker.
0/10No progress.

Minimum Requirements: Rover is able to inaccurately/unreliably detect ArUco marker but not publish goal pose for a score above 5/10.

  1. Behaviour Tree
ScoreCriteria
10/10Rover is successfully able to navigate to any goal autonomously. (Object, ArUco, or GNSS Waypoint).
7/10Rover is able to navigate to one of the goals, but is not able to switch between them.
4/10Rover has a basic behaviour tree set up but is not able to navigate to any goal.
0/10No progress.

Minimum Requirements:: Rover has a basic behaviour tree set up but is not able to navigate to any goal for a score above 4/10.

  1. Nav2 Integration
ScoreCriteria
10/10Rover is achieve all mission goals. Costmap, localization, planning, and control all work together and fully implemented.
7/10Rover is able to navigate to all mission goals, but slowly/slightly illegally. Costmap, localization, planning, and control work together but not fully implemented.
4/10Rover is unable to navigate to all mission goals. One more more aspects of Nav2 not implemented.
0/10No progress.

Minimum Requirements: Rover is unable to navigate to all mission goals. One more more aspects of Nav2 not implemented for a score above 4/10.

  1. Simulation
ScoreCriteria
10/10Accurate Gazebo simulation for both the rover and a desert-like environment.
7/10Accurate simulation for the rover but not the environment.
4/10Basic simulation for an example rover with our sensors, but not accurate to our actual rover.
0/10No progress.

Minimum Requirements: An accurate simulation of the rover for a score above 7/10.

Scoring Template

Quest NameDescriptionDue DateScore
Point Cloud GeneratorCreate a point cloud using the IntelRealSense D435 cameras, and publish that to Nav2 for Costmap Generation, and localization.2025-03-31
Object DetectionUsing camera feeds to generate field relative poses for mission-critical objects.2025-03-31
ArUco Marker DetectionUsing camera feeds to generate field relative poses for ArUco markers.2025-03-31
Behaviour TreeUsing the Behaviour Tree to plan the navigation of the rover.2025-04-25
Nav2 IntegrationUse sensor data from rover to plan and control the rover.2025-04-25
SimulationCreate URDF and TF tree for the rover, get Gazebo simulation running.2025-03-16