1. Title: 3DCS Part 1 Data 3/04/2010 Prepared by Morgan Baron, Fellow – GK12 Program Presented at BCTS, Teterboro Campus Supported by: NSF Graduate Teaching Fellow in K-12 Education Program Associated Institution: Stevens Institute of Technology - Hoboken, NJ Introduce students to GK12 fellow’s research

2. 3DCS 3D Content Digitization Suite

3. Topics for Today  Purpose of 3DCS at Stevens  Components of system  LIDAR

4. Purpose of 3DCS  Large scale Data Collection  Test Bed for Next Generation Car Sensors  Symantec Description of Scene  Hierarchical System of Objects

5. Components  Velodyne HDL-64E LIDAR  Point Grey Research Ladybug 3 Camera  Six Point Grey Flea 2 video cameras  Applanix Position and Orientation System (POS LV)

6. LIDAR What is LIDAR? Light Detection and Ranging. What does that mean? Light used to determine distance to an object. How does it work? Any Guesses?

7. Time Of Flight We know some things  Velocity of light  Time that signal is sent  Time that signal is received

8. Distance from TOF Return @ t = 1ns TransceiverObject Signal sent @ t = 0 Impact @ t = 1ns Transceiver Object Signal received @ t=3ns Distance = c x t/2 = 3x10^8 x 1.5 x10^-9

9. LIDAR Applications Remote Sensing

10. LIDAR Applications Do you know why I stopped you? Traffic Enforcement

11. LIDAR Applications Autonomous Vehicle Guidance

12. Why is our LIDAR so cool? 64 Lasers calculating distance and intensity 32 upper block lasers 32 lower block lasers Gives us 28˚ VFOV And……

13. It Spins! Why is that cool?

14. 360 HFOV

15. Point Gray Ladybug 3

16. Examples Videos, etc…