the technology and techniques driving effective highway management landscope engineering ltd sarah...
TRANSCRIPT
The technology and techniques driving effective highway management
LandScope Engineering LtdSarah JonesGI Manager
Objectives
• To explore mobile mapping technologies for creating detailed 3D environments
• To demonstrate the tools and techniques used to deliver a comprehensive model serving numerous highway management functions
Overview
• Introduction• Mobile Mapping Technologies and Processes• Outputs for Highways Management– Topographical– Asset Inventory
• The Wider Context• Conclusions
Introduction
• LandScope Engineering provides integrated survey and geospatial engineering services
• Multi disciplinary, multi-dimensional approach• Mobile Mapping since 2010• Operations based out of Shrewsbury,
Plymouth and London office facilities
Mobile Mapping Technologies
• Topcon IP-S2 Compact+ Mobile Mapping System
• Orbit Geospatial Asset Inventory Management Software
Orbit Geospatial Technology
• Orbit Geospatial Technologies– 45 years in the mapping industry– Mobile mapping software solutions
• For the Desktop and Professional Services• For the Web and Sharing Content
– Products / Services • maximise Integration of geospatial data• Interoperability standards
www.orbitgis.com
LandScope – Orbit Partnership
• LandScope early adopters • Product development for UK market• Certified Reseller and Certified Trainer
Mobile Mapping - Acquisition
• Data Acquisition– high density point clouds (LiDAR)
One acquisition campaign feeds workflows for multiple outputs and deliverables
LiDAR Point Clouds
Mobile Mapping - Acquisition
• Data Acquisition– high density point clouds (LiDAR)– high resolution photography– high resolution video
One acquisition campaign feeds workflows for multiple outputs and deliverables
Photography
Video
Mobile Mapping - Processing
• Data Processing and Model Production– Point cloud and image integration– Orbit extraction – point, click and map– Visual interface• Identify• Measure• Map
Mobile Mapping - Accuracies• Positioning inputs include – GNSS– Inertial Motion Referencing – Odometers
• Various levels of accuracy available:– Post-processed GNSS / IMU– Trajectory Matched– Survey Control Point Matching
Outputs for highway teams
• Topographical Highway Mapping
Outputs for highway teams
• Topographical Highway Mapping
Outputs for highway teams
• Topographical Highway Mapping
Outputs for highway teams
• Asset Inventory – Asset life cycle– What assets do you have?– Where the assets are located?– What condition the assets are in?
Location based dataEvidence based
Outputs for highway teams
• Asset Inventory
Outputs for highway teams
• Asset Inventory
Outputs for highway teams
• Asset Inventory
Outputs for highway teams
• Asset Inventory
Outputs for highway teams
• Asset Inventory – Spatial analysis– Attribute analysis
The Wider Context
• Data Lifecycle– Plan – core element– Seamless– Importance of metadata– Think “INSPIRE”
Plan
Collect
Process & Verify
Delivery
Integrate &
Augment
Analyse
Maintain &
Update
The Wider Context
• Publish and share content– Integration with existing systems and workflows– Joined up working– Web and mobile deployment– Visualisation and remote working
Integration
Data Acquisition
GIS format e.g. ESRI shp *
Point Cloud format e.g. las, pts *
CAD format e.g. AutoCAD dwg *
Point cloud
Asset Inventory
Topographical Mapping
Post Processing
Orbit
Existing back office
system(s)
Advanced Integration
• API’s and SDK’s for integration– ArcGIS– AutoCAD 2014 – AutoCAD 2014
Joined up working
• Joined up working– Multi purpose (different departments)– Multi system rollout– Multi use • Highway Engineering • Asset Management These are just two
Web and Mobile deployment
• Transformation - GIS data to web / mobile GIS
• Mobile Mapping Publisher• Publisher SDK• Mobile Mapping Viewer• iOS Panoviewer
Visualisation
• Instant interpretation relating photographic data to reality
• Tool for remote working
Conclusions
• Mobile Mapping – multi discipline approach• Allows for better use of asset information• Provision of evidence based GI data • Improvements to service delivery e.g.
maintenance reporting, work schedules• Foundation for underpinning future highway
maintenance strategies
