Drone2Map for ArcGIS: Bring Drone Imagery into ArcGIS

Transcription

1 Drone2Map for ArcGIS: Bring Drone Imagery into ArcGIS Mike Sweeney 1

2 Drone2Map for ArcGIS Turn Drones into Enterprise Productivity Tools ArcGIS Drone2Map for ArcGIS Create 2D and 3D products from raw drone imagery Orthomosaics Point Clouds and Meshes Digital Surface Models Smart Inspection 2

3 Drone2Map Plan Your Flight for the Right Product Type Side Overlap Orbit Two Forward Overlap Orbit One 2D Imagery Products Inspection and 3D Products Drone2Map Automated and Simple Drone Data Processing Geolocated Images Keypoints and Matches GIS Ready Products 3

4 Share Drone Imagery Fast Get Imagery Products To Your Users When They Need It 2D products Tile Layers Share Drone Imagery Fast Get Imagery Products To Your Users When They Need It 3D products Scene layers 4

5 Use Drone2Map With Other ArcGIS Apps Leverage the ArcGIS Platform for Visualization and Analysis What s New Since Beta Building a Better App with Your Contributions! Templates Offline Use Ground Control Flexible Processing 3D Mapping Process by Area 5

6 Drone2Map Demonstration Mark Romero ArcGIS support for Drone Operations and Integration of Drone2Map Products Into ArcGIS Mike Sweeney 6

7 Integration into ArcGIS Overview ArcGIS Platform for imagery Project planning Data management - Automated workflows & best practices using the mosaic dataset Analysis ArcGIS is a Comprehensive Imagery Platform, including Drones Drones Integrate into the Complete ArcGIS Platform Share System of Engagement Analyze System of Insight Professional Imagery & Geospatial Analysts To share imagery products and information to those that need it Manage To extract Information from Imagery Server To manage and process all your imagery System of Record 7

8 Project planning Extensive content to support your drone project planning The Living Atlas and ArcGIS Online - Elevation Project planning Extensive content to support your drone project planning The Living Atlas and ArcGIS Online - Elevation Graphic courtesy of TopCon/MaVinci Flight Mission Control Software 8

9 Project planning Extensive content to support your drone project planning The Living Atlas and ArcGIS Online - Elevation Project planning Extensive content to support your drone project planning The Living Atlas and ArcGIS Online - Elevation - Weather, Wind - Political Boundaries - FAA maps more Client GIS data content 9

10 Post-flight data processing with Drone2Map (2D & inspection modes) Orthorectified Mosaic GIS Ready Close range imagery (inspection) DSM Nadir imagery Oblique imagery Drone2Map Smart Inspection Photos Data Management Mosaic Dataset Source/Derived data model - for managing individual projects & composite of all data products Automation Sharing - Share MD as image service (orthos, DSM, single frames) 10

11 Image Management Using Mosaic Datasets Highly Scalable, From Small to Massive Volumes of Imagery Create Catalog of Imagery Reference Sources Ingest & Define Metadata Define Processing to be Applied Desktop Apply: On-the-fly Processing Dynamic Mosaicking Access as Image or Catalog Large Image Collections Mosaic Dataset Source / Derived Data Model begin with Source Mosaic Datasets Source Imagery Source Mosaic Datasets May 15 Ingest outputs from each individual project into a mosaic dataset, then complete QC to ensure proper configuration & metadata. June 1 June 15 Note that for the multiple outputs from Drone2Map, we repeat this process for the orthomosaics, the DTMs, and an optional third mosaic for the single frames 11

12 Combine into Derived Mosaic Dataset Source Imagery Source Mosaic Datasets Derived Mosaic Dataset Use TABLE Raster Type Advantage: All image data* available in a single location * All data refers to data with common content; should not mix elevation data with imagery Data Products from UAV data collection (imagery based) Orthorectified mosaic Close range imagery (inspection) Oblique imagery Nadir imagery Digital Surface Model (DSM) Orientation metadata (nadir/oblique) Multiple view angles 3D point clouds 3D models 12

13 Automated workflow for ingestion of Drone2Map outputs into ArcGIS Demo Sharing ArcGIS Online and/or ArcGIS Server Direct link from Drone2Map to share in ArcGIS Online for single projects Share dynamic image service via ArcGIS Server for collections of many projects Distracting tangent: MRF format for cloud-based storage and image services 13

14 Shared from a single repository, client can select data by attribute Source Imagery Source Mosaic Datasets Derived Mosaic Dataset Single image service with multiple server functions Full Image Service Select dataset by date On-the-fly Products using Server Raster Functions Source Imagery Source Mosaic Datasets Derived Mosaic Dataset Single image service with multiple server functions Full Image Service Color Infrared True Color f NDVI other functions as appropriate 14

15 Analysis Many tools Spatial e.g. line of sight, viewshed, hydrology, cut/fill (volumetric analysis) Spectral e.g. NDVI, spectral classification - For agriculture, emphasize importance of conversion to spectral reflectance for valid NDVI Segmentation Select tools based on data content & project objectives Stockpile volume calculations Volume calculation on sloping ground Geoprocessing services for server-side processing 15

16 Resources: Image Management Workflows Image Management Workflows & FAQ - Image Management Guidebook (ArcGIS Help) - ArcGIS Online Group - Enterprise Image Management White Paper - Optimize Rasters (MRF for cloud storage)