CLEMENTINE MITCHELL
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Autonomous Racecar Competition

In a team of five, we entered a competition to autonomously race our little car around MIT's tunnel system. There were two challenges. The first was to navigate the tunnels avoiding randomly placed obstacles (colored markers): we had to avoid orange to one side and green to the other. We managed to get maximum points in this challenge! The second challenge was the race - we had get around the known course as quickly as possible (avoiding collisions with the wall.
We implemented some cool software solutions in order to meet the requirements of these challenges. Some of the biggest parts of the system were:
  • A color segmentation method in order to identify the obstacles
  • A particle filter for localization
  • An RRT* algorithm for path planning                                ​
Our particle filter in action!
The initial implementation of our RRT* algorithm.
Our color segmentation method successfully finding the marker!
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  • Home
  • About
  • Technical Projects
    • Lathe Building
    • NECSTLAB: Unidirectional Carbon Fibers
    • Space Systems Lab: REIFSAT
    • JPL: Canister Insertion Mechanism
    • MASLAB: Autonomous System Competition
    • Autonomous Racecar Competition
    • Man Vehicle Lab: VR Gesture Control
    • Transcontinental Tandem
    • Galaxy Collisions
  • Outdoor Adventures
    • Running Around
    • Alpine Adventures
    • Climbing Time
  • Contact