Kylee Status Report 2/29/20

  • Progress
    • Prepared design presentation slides
    • Tested metrics for vehicles, detection latencies, communication latencies, and some computation latencies
    • Practiced design presentation slides, presentation, potential questions
    • Started codebase for detection and path planning integration
    • Created classes for vehicle and track info
    • Worked on design report
  • TODO
    • Implement scheduling algorithm to ensure fairness
      • Just going to be keeping a counter for how long car is waiting without progress. System will choose the vehicle that has been waiting the longest to pass through the center lane
    • Test vehicles to correlate numerical values that we use to program the motors with actual speeds in cm/sec

Tito status report 2/29

  • Consolidated design specifications such as maximum vehicle control latency based on worst case scenarios.
  • Measured average-case performance of object detection algorithm. It processes approximately 28 fps.
  • Wrote design report/ design presentation

Team status update 2/29

  • Design Presentation
    • Measured out length, width, radius, etc. of figure-8 track
    • Built sample version of track through tape
    • Measured ideal camera height above track (in order to view the whole track within a frame)
    • Finished basic server communication code and tested communication latencies for sending different types of data (strings vs bytes)
    • Decided on granularity of speeds to send over to optimize the communication vs. information tradeoffs
    • Created integrated code base for detection and path planning
      • Created vehicle and track classes
    • Completed design presentation
  • Design Report
    • Consolidated design specifications such as maximum vehicle control latency.
    • Ran tests on our vehicles to get metrics on speed, communication latencies, etc.
    • Ran tests on camera detection and tags to get maximum frames per second that the code can process
    • Completed design report
  • TODO:
    • Fix power issue in circuit to get vehicles running
    • Test camera detection on running vehicles with tags to ensure accuracy
    • Test vehicles to create correspondence between numerical value programmed with actual vehicle speeds in cm/sec