® ®
The OGC and Community (Domain) Collaboration
Copyright (c) 2011 Open Geospatial Consortium http://www.opengeospatial.org. Cross-Boundary Information Sharing
• Continues to be one of our biggest challenges!
Source: David Rydevik, Thailand Tsunami, 2004 The ability to access, fuse and apply diverse data sources is critical to situational awareness
Copyright © 2010, Open Geospatial Consortium, Inc. OGC Activities Driven by Community Needs
Education & Research Other Sustainable Development Standards Infrastructure - Organizations Transportation
Health
E -Government
Emergency Services, Disaster Management
Aviation Energy Consumer Geosciences Services, Real Time Information
OGC® Collaboration: Command and Control
• Real time access, integration, and fusion of static and real time assets in support of the Warfighter. From Empire Challenge 2008. Operations in a Coalition Environment
© 2010 Open Geospatial Consortium, Inc. Multi-source, Multi-user, Distributed
• Integration of static and real time information assets combined with a variety of rule based fusion workflows
© 2010 Open Geospatial Consortium, Inc. Empire Challenge 2008
• Multi-INT, Joint/Coalition DCGS interoperability demonstration series – EC08 is the 5th event in the series – Co-Leads: NGA, JS/J2S, JFCOM J28, JITC – Stakeholders: DCGS PMs, AUS/CAN/UK/ACT – Part of the USD(I) DCGS “demonstration portfolio” – Standards Compliance is a major component
• OGC Pilot for EC’08 – Major demonstration in China Lake in August – Sponsors: NGA and LMCo
© 2010 Open Geospatial Consortium, Inc. Full motion video: SWE Task, Access, and Fuse
1920 x 1080 HD 1Hz with existing down link Color (goal is 12 Hz min) Up to 25 Hertz Flight Control
NAWC, China Lake, CA, from Tigershark platform UAV Footprints
Ortho Processor MPEG2 / KLV and NITF
Mapping and Motion Imagery Merge End User Analyst Console ® OGC © 2010 Open Geospatial Consortium, Inc. Collaboration Example: 3D Info Management
• Facilitating the definition and development of interface and encoding standards that enable development of solutions that allow infrastructure owners, builders, emergency responders, community planners, and the traveling public to better manage and navigate complex built environments. • CAD-GIS-BIM Integration
© Rheinmetall Defence Electronics
Copyright © 2011, Open Geospatial Consortium 8 Just approved – 3d Interoperability Experiment
• Will test and demonstrate different mechanisms for the portrayal, delivery, and exploitation of 3D geodata based #5a/b Website on open standards-based formats and services.showing 3D content
W3DS #3 WFS #1 3D • Initiators: Hasso-Plattner-InstitutDataba sate theSe Universityrver of Potsdam,W3DS Clie nt GIScience at theCon vUniversityerter of Heidelberg, Fraunhofer#2b InstituteApplicat ioforn CityGML ComputerDatasets Graphics Research Optimizer #2a Other WVS WVS Client 3D Application Datasets Database Server • Many Participants: #4 – Bentley, Bitmanagement Software GmbH, CACI, Institute for Mobile Apps Geodesy and Geoinformation Science at Technical#6a/b University Berlin (IGG), Institut Geographique National (IGN), Laboratoire des Sciences de l’Information et des Systémes (LSIS), Monterey Bay Aquarium Research Institute (MBARI), Naval Postgraduate School (NPS), Virginia Tech (VT), and more
Copyright © 2011, Open Geospatial Consortium 9 Collaboration Example: Hydrology DWG
• Define an information model that enables sharing of water data on a global basis and then encode as an XML/GML application schema.
© 2011 Open Geospatial Consortium Hydrology Interoperability Experiment
• Advance WaterML 2.0 and test use with various OGC service standards (SOS, WFS, WMS and CSW).
• Contribute to the development of a hydrology domain feature model and vocabularies: essential for interoperability.
• GML and O&M compliant WaterML 2.0 and OGC web services for data exchange enables easier access and interpretation of water data.
© 2010 Open Geospatial Consortium CSRIO Hydrologic Sensor Web South Elk River Catchment – NE Tasmania
• OGC Sensor Observation Service used to republish and expose near real time hydrologic and other sensor data from multiple agencies on a Google pane
• Sites color coded by responsible agency
® OGC © 2010 Open Geospatial Consortium Collaboration Example: Meteorology/Oceans
• Provides an open forum for work on meteorological and oceanographic data interoperability and a process to publish and revise OGC Best Practices and Standards thence giving a route for submission to WMO for adoption.
© 2011 Open Geospatial Consortium 13 Annual OGC Standards and Meteorology Workshops
• Present solutions, requirements, and discuss issues. Feeds into the OGC Met/Oceans and Aviation Domain Working Groups. Issues such as time, time series, performance, etc.
Copyright © 2011, Open Geospatial Consortium 14 Collaboration Example: Aviation
• Develop and test standards-based service-oriented architecture to support the provision of valuable aeronautical and weather information directly to flight decks and Electronic Flight Bags (EFB)
We need aeronautical information integrity “Right Information, Right Place, Right Time”
State 2 AIP, charts, etc. State 1 NOTAM bulk data upload AIP, charts, etc.
NOTAM ARO data Data management update Briefing NOTAM Data Service Data management Provider AIP services State 3 AIP, charts, etc. eAIP, iPIB
NOTAM Applications
Regional database
DATA
AFTN (low bandwidth)
AIP Surface mail ® OGC © 2010 Open Geospatial Consortium, Inc.
© 2011 Open Geospatial Consortium Aeronautical Information Management (AIM) (OWS-6-7-8 Testbeds)
• Support vision for Aeronautical Information Management – Interconnected systems with many actors and many users – Need for real-time information used in flight planning, navigation, rerouting, etc – Right information at the right time at the right place to the right user – End-to-end management of information
® OGC © 2011 Open Geospatial Consortium ® ®
Cross Domain Integration and Fusion
Copyright (c) 2011 Open Geospatial Consortium© 2011 Open Geospatial Consortium http://www.opengeospatial.org. ® ®
Examples of the use of OGC standards in the Defense and Intelligence Community
Copyright (c) 2011 Open Geospatial Consortium http://www.opengeospatial.org. Multi-source fusion for Actionable Situational Awareness Via Common Standards Baseline Standards-based Alerts from real-time, Responses to radiation event, Decision Support Services taskable sensors: fixed Deploy a temporary hospital, supporting Actionable and mobile Route and track victims Situational Awareness
Fusion of Building Web based integration of Information Models and geospatial data from other engineered multiple distributed information sources
® OGC Web Services Phase 4 Testbed PANYNJ EOC and Port Newark OGC © 2011 Open Geospatial Consortium, Inc. FSA Analysis of Internally Displaced Persons (IDP) Camp Siting
1. Land Use Analysis 2. Exclude bad areas 3. Medical Facility Access 4. Food and Water Distribution Access 5. Transportation
© 2011 Open Geospatial Consortium NGA Urban Topographic Data Store (UTDS) in OGC CityGML
• Mapping of all – Feature types – Properties per feature type – Values per feature property to either the corresponding CityGML concept or modeling as an application domain extension in a UTDS-specific namespace
• Modeling and deployment done in OWS-6 Testbed
© 2011 Open Geospatial Consortium DISR-GEOINT Standards WMS 1.3.1 CAT 2.0.2 (CSW) SLD 1.1.0 SE 1.1.0 ISO 19115 Metadata ISO 19139 Metadata XML OGC KML 2.2.0 NFDD 2.0 GeoTIFF Rev 1.0 ISOOGC 19135 Registry® OGC in Erdas Apollo
CS/W Catalog Services Web
Web Clients Imagine OGC Rasters Services (TIFF, NITF, TFRD etc…) Tile Cache Service LIDAR Apollo Server (LAS) ECWP Services
Desktop Applications Internet or LAN or Internet
Feature File Data Service (Arc, SDO, FME) Handheld WPS WFS-T Web Processing Devices Service
23 GeoEye OGC Support to NGA
GeoEye began providing OGC services (via WMS & KML) in April 2010 (RDOG program under NextView). GeoEye’s EnhancedView Web Hosting Services now provides multiple OGC service endpoints for NGA users and customers to consume commercial satellite imagery data Web Mapping Service – imagery viewing Web Coverage Service – downloading Web Feature Service – “query”/metadata only access KML – consumption via Google Earth client Web Map Tile Service – fast viewing with pre-built tile cache Service end-points provided both at the macro-subscription layer level (large country AOIs) as well as the individual micro-site (small AOIs) level. GeoEye’s WHS Portal leverages same OGC services. OGC Standard Web Services implemented in DigitalGlobe Cloud Services
• Web Feature Service (WFS) – Query against metadata – Real-time coverage display • Web Map Service (WMS) – Interoperable with most GIS – Images generated upon request • Web Map Tile Service (WMTS) – Image tiles delivered rapidly – Renders rapidly for panning and zooming • Web Coverage Service (WCS) – Easily download GeoTIFFs and other formats – Perform multispectral analysis and visualization • EarthService™ – KML file format to display geographic data in Google Earth
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Proprietary and Business Confidential PULSENetTM Applications: Atmospheric/Air Quality – Fire Monitoring/Smoke Forecasting
Charlie Neuman, San Diego Union-Tribune/Zuma Press
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Example: How to Combine OGC Services And STANAG-compliant Intelligence Data On A Situation Display
Thanks to Fraunhofer for use of these slides
27 Motivation
Requirements Common overview for all Detailed views, including subject-specific, for each team member Problems Situation-aware working in a team requires information on different levels Nowadays solutions strain the people due to a wide spread information representation Approach Standardized geodata interfaces due to a wide spread amount of sources OGC, military and proprietary information in a single view
28 Fovea-Tablett® for Detailed View
Free positioning on the table display Magnifyer without the loss of context and scale Personalized and role based views Useable as single workstation and digital clipboard Many Fovea-Tabletts simultaneously usable
29 Features
Preseted scene selection Adaptation of the scene: zoom, move, rotate,… Wall projection of the views Additional data (object data, images, text,…) Query and assignment of live sensors (video sensors, water level metering, ...) Query external data sources (GIS server, CSD, control room system, WMS, WFS) 3D terrain and building models Editor (icons, footprints, polylines,...)
30 Current System Architecture
Output: Fovea-Tablett® Table display Big screen projection Message I/O Input: Keyboard / Mouse Pen Gesture AMFIS Messaging Server
ABUL
WMS / WFS DigLTServer External Components
MapServer External GIS-DB SQL CSDClient CSD
31 Situation Analysis In “Common Shield”
Operational Cell Airborne Assets
Digital Situation Table
Maritime Assets Maps Videos with Footprint
Images, Videos, Location GIS Information, Tracks Ground Assets
AMFIS
Blue Forces® OGC CSD Visualization of Messages
33 Visualization of Images
34 Future Interfaces
WFS-T . Ability to edit and create vectordata on the database within the GIS-viewer WMS Tile Caching / WMS-C . Eliminating rendering time and server load for static map images. WMS-T . Visualization of timerelevant data . Decision logging for further examination and legal protection SLD . OGC-compliant visualisation of raster- and vector data WCS . Secure the delivery of unchanged raster information . Relevant for INSPIRE SOS / SPS . Supporting visualisation and assignment of sensors in an OGC-compliant way
36 Future System Architecture
Browser or any other OGC- conform GIS-Viewer Filesystem GeoServer File: WMS-(C, T)-Services OGC-compliant SLD-files with IOSB-GIS-Viewer Rendering engine visualization information for the running on: Vector and WMS-rendering engine raster data Table display Supporting raster and vector data Fovea-Tablett® Big screen projection Tile Caching Raster data: and Aerial images WMS-Proxy Rasterized maps Final map image etc.
WFS(-T)-Service PostgreSQL/PostGIS Vector Layers for dynamic data database: and Rendering vector data Vector data ability to edit data to interact with
37 Practical Use
Working environment for the intelligence-officer in the experiment „Common Shield“ (2008) Visualisation of reconnaissance data for the German Command of strategical intelligence (2009) Situation visualisation by coupling with the maritime system LEXXWARE at a German Navi Technical Center (2009) Mission planning Command of German intervention troups, Ulm (2010) Situation visualisation at the civil/military exercise „Klarer Kiel“ (Juni 2010)
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