1 / 18

Machine Vision Camera and LiDAR Technology

Learn about the capabilities of machine vision cameras and LiDAR technology for Open Road Tolling, including image quality, data compression, frame grabbing, and vehicle classification. Contact Craig A. Waltzer, President & CEO of GovComm, Inc. for more information.

oflores
Download Presentation

Machine Vision Camera and LiDAR Technology

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Machine Vision Camera and LiDAR Technology Presented by Craig A. Waltzer President & Chief Executive Officer

  2. Machine Vision vs CCTV Camera Technology

  3. A machine vision camera captures raw image data and sends it uncompressed to a PCA CCTV camera compresses and smooths-out image data utilizing an on-board encoder (which looks good), but doesn’t provide the quality needed for detailed analysis

  4. The file size of a single Machine Vision 2 MP image (one frame) is 6 MB compared to 200 KB for a compressed CCTV image (30 times larger).Now multiply by 30 times each second

  5. Machine Vision cameras are typically deployed for Open Road Tolling because each frame is an uncompressed independent image

  6. Machine Vision cameras for Open Road Tolling utilize global shutters that expose entire images to light at the exact same time

  7. Machine Vision Cameras have a GigE or USB 3.0 connection interface to a local industrial PC board with powerful “frame grabbing” capabilities

  8. Machine Vision cameras for Open Road Tolling are connected to a local PC that is specifically designed and programmed for high-speed image capture

  9. The Machine Vision’s industrial PC has significantly more processing power compared to the CCTVs on-board encoder

  10. The Machine Vision camera system’s PC is designed for burstable high-resolution, high frame rate images

  11. Machine vision cameras rely on a triggered flash to ensure image clarity

  12. LiDAR Technology

  13. Microwave (MVDS) and LiDAR technologies have been developed and perfected for Open Road Tolling as an alternative to inductive loops in the ground

  14. MVDS will trigger a Machine Vision camera and classify a vehicle entering or exiting a toll gantry. This technology measures each vehicle’s location, speed and distance 50 times per second

  15. LiDAR will trigger a Machine Vision camera for a vehicle entering or exiting a toll gantry at 80 miles per hour (117 feet per second) in 6 – 12 inch intervals

  16. LiDAR draws and measures vehicles passing through gantries with unprecedented accuracyLiDAR will also be deployed on gantries for autonomous vehicle center-lane marker confirmation

  17. Lidar technology mounted roadside can accurately detect Wrong-Way Drivers at the speed of light!

  18. Questions & Answers Thank you for your time. • Craig A. Waltzer • President & ChairmanGovComm, Inc.www.GovComm.us • 305-937-2000 x 7101786-201-4915 Cell • Craig.Waltzer Skype

More Related