1 / 27

3D LASER IMAGING FOR ASSETT MANAGEMENT

3D LASER IMAGING FOR ASSETT MANAGEMENT. By Dr. Frank Young. Interactive real-time 3D display, analysis, editing and modelling. Scanner Computer Tripod Battery. Features of I-SiTE ……. A three-dimensional Laser Imaging System measures the position or object definition.

katen
Télécharger la présentation

3D LASER IMAGING FOR ASSETT MANAGEMENT

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. 3D LASER IMAGING FOR ASSETT MANAGEMENT By Dr. Frank Young

  2. Interactive real-time 3D display, analysis, editing and modelling. Scanner Computer Tripod Battery Features of I-SiTE …… • A three-dimensional Laser Imaging System measures the position or object definition. • Records true colour and reflective intensity of 6000 points per second. • Uses a pulsed laser rangefinder and scanning system. • Ground based - easily incorporated with conventional survey or GPS.

  3. Specifications • Eye safe, class 1 laser • Range from 2m to 700m (or 350m optimum) • Extents < 340o horizontal < 80o vertical (± 40o) • Accuracy ±2.5cm per point (± 8mm for multiple scans) • Laser wavelength is 0.9 µm (near infrared) • 15kg in weight (including battery)

  4. How does it work? Scanning head Rotating mirror Laser Pulse and reflection Detector Pulsed Laser diode Target

  5. Scan resolution example: Geotechnical/slip failure

  6. ScannerSoftware • Computer controlled data acquisition and scanner control • Create lines, polygons, points and construction planes. • Can edit scanned data. • Automatic edge detection, filtering, smoothing, shading, transparency and colour manipulation. • Variety of export formats.

  7. Edit example: filter to remove high or low points. High objects Low object

  8. Precise volumetric measurements. • Stockpile monitoring and management. • Geological face mapping. • Virtual scene creation. Applications • Detailed survey of complex surfaces, industrial sites and hazardous areas. • Underground void, stope and geological face mapping. • Local Government/city Mapping, GIS Data collection. • Accident and crime scene Mapping.

  9. Some advantages …….. • Single person operation. • Accurate and rapid data acquisition. • Combined multiple scans coverage of a scene. • Feature mapping, texture draping and mosaicing. • Accurately maps - full 3D. • Safe, remote stand-off and high speed operation. • Portable. • Rapid digital recreation for analysis and real time visualisation.

  10. The real World to ScanData image to 3D Model Mapping complex scenes in full 3D from a single remote stand-off vantage point

  11. Detailed heritage asset recording with 3D accuracy

  12. RAW UNMANIPULATED IMAGE CLOUD DATA EXAMPLES

  13. Raw scan ‘Clean’ 3D model Partially enhanced scan section Industrial Mapping example

  14. PEACHEY PINE FOREST PROJECT

  15. RGB Colour Scanner Images

  16. Cone Stockpile (raw data)

  17. Cone Stockpile (modelled)

  18. Excavated Volumes

  19. Pre-Blast Triangulation

  20. Post-Blast Triangulation

  21. Pre/Post Blast Comparison

  22. Pre/Post Blast Comparison

  23. Crime scene mapping ….. Equipment Set Up at scene

  24. Real World to Scan Data to 3D Model Scene modelling …..

  25. Terrestrial laser imaging scanners captures intense detail of any scene, in full 3D, for modelling, interrogation and analysis.

  26. QUESTIONS !

More Related