GEO 6895: Airborne laser scanning - workflow, applications, value. Christian Hoffmann
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1 GEO 6895: Airborne laser scanning - workflow, applications, value. Christian Hoffmann
2 Agenda Why LiDAR? The value of an end-to-end workflow The Trimble AX-Series Data processing & modelling Information Extraction
3 Why LIDAR? Why the Trimble AX-series?
4 Great measuring equipment Direct measurements Extremely accurate vertical and very accurate horizontal measurements Day and night operations Can be combined with (medium format) camera Penetration through tree canopy LIDAR Camera GNSS/IMU
5 Great measuring equipment Multiple returns
6 Great measuring equipment Full waveform
7 Easy workflow Easier than photogrammetric workflow (=direct georeferencing) Turnkey solution End-to-end solution Flight Planning Flight Mission Data Processing Data Modelling & Analysis Fixed-wing or helicopter
8 Great results, great value Collection of thin, small and complex structures like powerline cables, pylons and insulators Easy volume calculations Very detailed city models Detailed forest analysis Vermessungsamt Mannheim
9 Great results, great value
10 Great results, great value Lohberg/Osterfeld Volumes, Slope Stability LMBV
11 Great results, great value
12 LiDAR Applications Height Above Ground Level (not to scale) Wide-Area Mapping Wide Area Mapping Coast and Disaster Management Mapping Urban Mapping Forestry Mapping General Applications Mining Areas Mapping Trimble AX Systems Applications Detailed Engineering Applications Pipelines Mapping Power Lines Mapping Engineering and Corridor Mapping
13 The Trimble AX-series
14 The LiDAR Value Adding Chain Collect Process Model Analysis Trimble AX- Series: AX-60i AX-60 AX-80 Incl. POS AV Incl. TAC LPMaster POSPac RiAnalyze CaptureONE DTMaster OrthoMaster OrthoVista ecognition Object-based image analysis Highthroughput environment Value
15 Product Offering - HW Sensor Head Laser Trimble AX60i Trimble AX60 Trimble AX80 Riegl LMS-Q680i Riegl LMS-Q780 Riegl LMS-Q1560 GNSS/IMU Trimble AP50/60 (non-itar) Camera Trimble Aerial Camera 60MP / 80 MP + FMC [OPTION] Computer Rack
16 The Trimble AX-series LPRR 400kHz LPRR 800kHz AX80 AX60i and AX60
17 Low ALTITUDE Medium High Use cases 4500 m / ft Trimble AX80 & AX60 Wide Area Mapping 3000 m / ft Trimble AX80 & AX60 General Survey Trimble AX80, AX60 & AX60i 1500 m / 5000 ft Corridor Mapping
18 Customization Options
19 Office Software
20 The LiDAR Value Adding Chain Collect Process Model Analysis Trimble AX- Series: AX-60i AX-60 AX-80 Incl. POS AV Incl. TAC LPMaster POSPac RiAnalyze CaptureONE DTMaster OrthoMaster OrthoVista ecognition Object-based image analysis Highthroughput environment Value
21 Product Offering - SW Flight & Sensor Management Suite Flight Management System (FMS) Trimble Aerial Mission Manager (AMM) Aerial Mission Planning (AMP) Data Processing Software Aerial Mission Control (AMC) Georeferencing Applanix POSPac LIDAR Imagery Inpho LPMaster, RiAnalyze Orthophoto processing Terrain modelling OrthoMaster [OPTION] DTMaster [OPTION] OrthoVista [OPTION] DTMExtension [OPTION] Data Analysis ecognition [OPTION]
22 Inpho Photogrammetry Suite Flexibility Precision Performance Full workflow control Geo-Referencing Geo-Capturing Geo-Modeling Geo-Imaging LiDAR Processing UAS Processing
23 Inpho Highlights for LiDAR processing LPMaster DSM/DTM Editing Orthomosaic Generation
24 LPMaster Laser data pre- and post-processing QA/QC Automatic strip adjustment to evaluate offset in all three directions (X,Y,Z) Manual quality control Export LAS file EO-file (for orthophoto generation) Statistics for QA/QC
25 Automatic strip adjustment Difference image range m
26 Automatic information extraction with ecognition
27 The LiDAR Value Adding Chain Collect Process Model Analysis Trimble AX- Series: AX-60i AX-60 AX-80 Incl. POS AV Incl. TAC LPMaster POSPac RiAnalyze CaptureONE DTMaster OrthoMaster OrthoVista ecognition Object-based image analysis Highthroughput environment Value
28 Core Components Data Fusion
29 ecognition in a nutshell Controlled with Rule Set Segmentation Classification Context Abstraction Raster Vector Point cloud Input Result Raster Vector Point cloud Report
30 The Power of ecognition Step 1: Object generation based on image information Step 2: Classification of objects on point cloud features (a) Elevated Vegetation = multiple-return pulses (b) Vegetation height = max first return min last return Directly combine raster imagery and point cloud information Derive information directly from the point cloud
31 From raw data to value Automatic processing
32 Urban Tree Inventory Goal: Create a single tree inventory in urban area. Method: Delineation of individual trees from laser data Data: Laser data (> 2 point / sqm) Images for tree species classification
33 Urban Tree Inventory Results - per tree Value: From laser Position (x,y) Height Crown diameter From images Tree species Understand urban environment Efficient risk management (storm damage) Monitor changes Initiate corrective actions (cut/plant/cure)
34 Vegetation Mapping for Powerline Monitoring Goal: Monitororing of vegetation growing next to powerlines in order to initiate corrective meassures. Method: Mapping of trees and shrubs and analysis of distance to existing powerlines. Data: Vector map with existing powerlines Laser data for vegetation heights (> 1 point / m2) Vector map with buildings
35 Vegetation Mapping for Powerline Monitoring Results: Vegetation in different height classes (e.g. 2.5 m) Distance of vegetation to powerline in lateral and vertical dimensions Value: Minimalize risk of accidents with vegetation growing into powerlines Maximize efficiency of ground crews by optimizing time and location of activities
36 The LiDAR Value Adding Chain Collect Process Model Analysis Trimble AX- Series: AX-60i AX-60 AX-80 Incl. POS AV Incl. TAC LPMaster POSPac RiAnalyze CaptureONE DTMaster OrthoMaster OrthoVista ecognition Object-based image analysis Highthroughput environment Value
37 Value Proposition End-to-End solution incl. HW and SW components that are aligned Plug and Play systems (comes calibrated) High accuracy Homogenous point spacing Low operating cost Customization Options Tools to efficiently create value-added products including automated information extraction
38 Next Steps Come talk to us in the Pavilion Other relevant sessions Session ID Title Day Time Location GEO-6892-P GEO-6895 Feature extraction from mobile mapping data using Trimble s Trident ecognition Plug-in Airborne laser scanning - workflow, applications, and value GEO-6964 Trimble ecognition training course Perform geospatial data analysis with Remote Sensing and GIS data types Tue 02:00 pm Montego C Wed 03:30 pm TI Ballroom F Wed 01:30 pm Computer Lab 7 See you at other shows {ELMF/ILMF}
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