Trends in 3D Automation What it means for your business

Transcription

1 Trends in 3D Automation What it means for your business The webinar will begin shortly. You will hear silence until the webinar begins. Please note that this webinar is being recorded and all registrants will be sent the link to the recorded version as well as the link to the PDF version of the presentation. Audio is provided through your computer speakers only. If you are unable to hear the audio through your computer speakers, simply click on the request phone button on the top right hand side of your screen for teleconference information. Technical Support Problems for this Webinar: Brought to you by: Sponsored by:

2 Trends in 3D Automation What it means for your business Presenters: Moderator: Heidi Ellsworth Executive Vice President Marketing EagleView Technologies David Chalky Petterson Product Manager- Infrastructure Solutions EagleView Pictometry David Nilosek Senior Research Scientist Pictometry International Corp. Sean Higgins Editor, SPAR Point Group Diversified Communications Sponsored by:

3 Trends in 3D Automation What it Means for Your Business

4 World leader in finished report solutions derived from imagery. Roof and Wall Measurement Insurance (Claims, Underwriting) Construction Solar World leader in oblique imagery and 3D models while also supporting ortho imagery, LiDAR and imagery services (change detection, digitizing ) 80 Aircraft 300M Images 1400 Active County Customers 53 Canadian Jurisdictions EagleView Technologies is now the unparalleled provider of aerial imagery, data analytics and GIS solutions serving the commercial, government and public utility sectors. The company s patented Pictometry technology for image capture processes and 3D modeling algorithms coupled with property-centric analytic tools creates scalable, efficient and highly accurate answer sets.

5 Imagery collection Aerial Unmanned aerial system (UAS) Trends in 3D Automation What it Means for Your Business Building the 3D model intelligently Automation of the 3D model Applications Geometric Models Damage Assessment Spatial Analysis Public Safety

6 Orthogonal

7 Oblique

8 Specialized Capture Process

9 LiDAR

10 Traditional Ortho/ Oblique Imagery Proven and available now Resolutions of 2-9 per pixel available Ortho and multiple oblique views that cover all sides of a structure are available Coverage of over 90% of the U.S. population is available Selected vendors may provide historical imagery for change detection applications Post-disaster imagery is often available Many software applications and reports are currently available

11 Limitations of Manned Aerial Capture 1500 feet over ground is practical limit, 100+ MPH 2-3 resolution is state of the art today at scale Outstanding clarity and detail for many applications Not practical for small areas that require frequent refresh rate Traditional manned aerial platforms are approaching limits

12 UAS Enables High-resolution UAS has several significant advantages Distance to target surface significantly less Much greater image resolution Platform travels at much slower speeds Minimizing motion blur Greater exposure Higher image overlap On demand flights

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14 UAS Technology Hundreds of commercial UAS manufacturers Safety protocols Larger players dedicated to commercial UAS Military coming to commercial Internet darlings (Google, Amazon, Facebook) High altitude internet serving to package delivery New UAV companies receiving large amounts of venture funding Airware ($40.4 M) 3D Robotics ($35 M) Skycatch ($19.7 M) Rapid development of new technology

15 UAS Challenges Regulation Safety protocols Flight planning Geo-coding and image processing Collision avoidance Geo-fence flights to single property Capture intelligent images that include sensor information and camera parameters

16 Mobile Point Clouds

17 Content is Critical! Content is Critical!

18 Why is Oblique collection important?

19 Content is Critical!

20 Image-based 3D Models Pictometry Pedigree Collection of ortho & oblique from fixed wing capture Texturing geometry-based models Extruded or geometry-based 3D models

21 Polygon-based 3D Extraction

22 Polygon-based 3D Extraction

23 Polygon-based 3D Extraction

24 Pros & Cons Extruded or geometry-based 3D models Low polygon count Cleaner looking Easier to QC Highly manual creation process Hard to process wide areas Time considerations

25 3D Visualization Models

26 Using Pixel-based Point Clouds Image-based 3D models (point cloud or surface models) High polygon (or point) count Greater detail Higher susceptibility to noise Difficult to QC Near full automation Can process large areas

27 Pictometry Image-based 3D

28 Pictometry Image-based 3D

29 Image-based Structures

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31 Application of Geometric Models Great foundation to build digital surface model Flood analysis Visual obstruction analysis Multimodal data integration Change analysis Moving towards the extruding of buildings and other relevant data from this model as an actionable layer.

32 DSM Generation

33 Flood Analysis

34 Viewshed Analysis

35 LiDAR Collect Along Power Lines

36 Pixel-based Model

37 Combining LiDAR & Imagery

38 Before Damage Assessment

39 After Damage Assessment

40 Minimal roof damage Toppled trees Moderate roof damage Comparison Damage Assessment

41 Damage Assessment Before

42 Damage Assessment After

43 Damage Assessment Toppled trees Moderate roof damage House Leveled Comparison

44 Damage Assessment Before Damage Assessment

45 Damage Assessment After Damage Assessment

46 Comparison Damage Assessment House Leveled Toppled trees

47 Individual Structure Modeling Isolating structures to individual buildings is the first step in many workflow applications

48 Building Outlines

49 Imaged-based Structure Identifying individual structures for modeling

50 Imaged-based Structure Identifying individual structures for modeling

51 Measurement Technology

52 EagleView Premium Report

53 Change Detection Data

54 Impact on 3D Workflows by UAV Technology Ease of data collection with many sensor technologies along with automated processing means there is a data explosion on the horizon.

55 Spatial Analysis Extracting measurement information from one image or the combination of multiple images Photogrammetric measurements 3D models

56 Hail-damaged Roof Analysis

57 Hail-damaged Roof Technology

58 Future Content 15 years of 3D content collection Future Content Establishing the framework for the collection and processing of additional imagery. Providing the ability to store, repurpose and augment existing models for continuous validity of the real environment.

59 Summary Access to rich imagery data allows for continuous generation of 3D representation Smarter and more powerful software is enabling us to understand and map changes and patterns on a grand scale. Automation of 3D objects allows us to enhance our existing workflow using more accurate and authoritative data at the beginning of the process.

60 Questions? Presenters: Moderator: Heidi Ellsworth Executive Vice President Marketing EagleView Technologies David Chalky Petterson Product Manager- Infrastructure Solutions EagleView Pictometry David Nilosek Senior Research Scientist Pictometry International Corp. Sean Higgins Editor, SPAR Point Group Diversified Communications Sponsored by: