Justin Poh
  • Welcome
  • Publications & Presentations
  • Resume
  • Undergrad Work
    • Course Projects >
      • Mechanical Engineering/Material Science >
        • Design Nature, Fall 2012
        • Transport Phenomena, Fall 2014
        • Mechanical Design, Fall 2014
        • MechSolids, Spring 2014
        • Dynamics, Fall 2013
      • Robotics >
        • Principles of Engineering, Fall 2013
        • Fundamentals of Robotics, Fall 2014
      • Product Design & Development >
        • NEADS System Design, Fall 2015
        • UOCD, Spring 2014
        • Engineering for Humanity, Spring 2013
      • Electrical/Software Engineering >
        • Software Design, Fall 2013
        • Real World Measurements, Spring 2013
        • Modeling & Control, Fall 2012
      • Data Science & Analysis >
        • Analyzing Gait Data, Spring 2015
        • Crowd Flow Modeling, Spring 2015
    • Undergrad Research >
      • Gator Research, Spring 2016
      • Gator Research, Fall 2015
      • Robotic Tuna Research, Fall 2014
      • Robotic Tuna Research, Summer 2014

Finally an actual latest update!

10/11/2015

 
So I decided to double post this week to make up for the lack of posting in the past. 

I'll start with what work has been done since the last update! The navigation team has started building a ROS-LabVIEW interface so that the lower-level LabVIEW code can interface with the higher-level ROS code that will handle path planning among other high-level functions. So the navigation team is chugging away on that.

Today, the terrain classification team managed to collect their first set of data! In order to avoid being held up by the lack of a generator, we built used very very simple terrain that already existed and then built ourselves a little rock patch to scan to see if we could classify rocky terrain. The LIDAR and camera data has now been collected for that so we will proceed to process that data and see what we can make of it in terms of terrain classification.

For reference, here are a couple of sample images from our data sets:

​
Picture
One of the dataset images for our "rock" terrain test patch
Picture
One of the dataset images for the "grass" terrain test patch
I also realized that I have never posted actual pictures of the vehicle. So, here's a couple of pictures of the vehicle!
Picture
Picture
And finally, to end off, here's a much clearer video of another brief drive-by-wire test we did today!

Comments are closed.

    Gator Research Blog

    Welcome to the Gator Research Blog for the Fall 2015 semester! The aim of this research will be to develop the software to allow a John Deere Gator to navigate a mini-baja-type course autonomously. Follow our progress here!

Last Updated: 30 December 2024
  • Welcome
  • Publications & Presentations
  • Resume
  • Undergrad Work
    • Course Projects >
      • Mechanical Engineering/Material Science >
        • Design Nature, Fall 2012
        • Transport Phenomena, Fall 2014
        • Mechanical Design, Fall 2014
        • MechSolids, Spring 2014
        • Dynamics, Fall 2013
      • Robotics >
        • Principles of Engineering, Fall 2013
        • Fundamentals of Robotics, Fall 2014
      • Product Design & Development >
        • NEADS System Design, Fall 2015
        • UOCD, Spring 2014
        • Engineering for Humanity, Spring 2013
      • Electrical/Software Engineering >
        • Software Design, Fall 2013
        • Real World Measurements, Spring 2013
        • Modeling & Control, Fall 2012
      • Data Science & Analysis >
        • Analyzing Gait Data, Spring 2015
        • Crowd Flow Modeling, Spring 2015
    • Undergrad Research >
      • Gator Research, Spring 2016
      • Gator Research, Fall 2015
      • Robotic Tuna Research, Fall 2014
      • Robotic Tuna Research, Summer 2014