Mark E Reichardt President & CEO

Open Geospatial Consortium

mreichardt@myogc.org

Agenda 0900-0915 Welcome and Introduction - Topic setting (Chair)

0915-0935 Ron Bloksma, The next step is interoperability in processes. A Dutch example of process interoperability between asset management and surveying

0935-0955 Jürgen Wahlen, Geospatial Intelligence Support to Decision Makers

0955-1015 Olivier J. Cottray, Development of a Mine Action SDI

1015-1030 Discussion / Q&A 1030 - 1100 Coffee / Break & Networking

1100-1120 Peter ter Haar, Interoperable Beyond Geospatial

1120-1140 Thomas Kolbe, 3D Interoperable City Models for Urban Information Fusion

1140-1200 Martin Lechtner, 3D in Augmented Reality 1200-1230 Q&A, Discussion (Panel and Attendees)

Fundamental Goal -- Interoperability

You know when you don’t have it:

Custom Integration

High lifecycle costs

Difficult to rapidly mobilize new capabilities

Duplication of effort

Missed opportunities for improved decision making

© 2012, Open Geospatial Consortium

http://er.jsc.nasa.gov/seh/apollo13.html

Major OGC Geospatial Standards

Some examples

• Web Map Servers (WMS)

• Web Feature Servers (WFS)

• Web Coverage Servers (WCS)

As well as the:

• KML (formerly Keyhole Markup Language)

• Web Map Context (WMC)

• Geography Markup Language (GML)

4 Copyright © 2012, Open Geospatial Consortium

Source: onegeology.org

Source: Landeshauptstadt Stuttgart

Implementations Worldwide

NSDI - India GeoPortal Map Viewer

Geoportal of the Catalonia SDI

Source: OpenIOOS.org

Sensors: Living Maps / Real Time Situational Awareness

Fixed and mobile sensor observations are improving the utility of mapping information for situational awareness and decision making

Expanding universe of Earth Observation sensors -- surface, sub-surface, air, and space-based

Volume of information is staggering and growing

Improved information from processing and fusion of multiple sensor observations

Source: Monterey Bay Aquarium Research Institute

© 2012, Open Geospatial Consortium

OGC Sensor Web Enablement Standards

Sensor Model Language (SensorML)

Observations & Measurements (O&M)

Sensor Planning Service (SPS)

Sensor Observation Service (SOS)

Catalogue Service

Sensor Alert Service (SAS)

--Complementary Standards--

IEEE 1451 smart sensor standard

OASIS (alert) standards

Enable discovery and tasking of sensor assets, and the access and

application of sensor observations for enhanced situational awareness

The Sensor Web

Copyright © 2012, Open Geospatial Consortium 8

Network Services

Vast set of users and applications Constellations of heterogeneous sensors

Weather

Chemical Detectors

Biological Detectors

Sea State

Surveillance

Airborne

Satellite

• Distributed self-describing sensors and related services

• Link sensors to network and network-centric services

• Common XML encodings, information models, and metadata for sensors and observations

• Access observation data for value added processing and decision support applications

Sensor Web Enablement

9

Charlie Neuman, San Diego Union-Tribune/Zuma Press

Leveraging Real Time Sensor Assets:

Atmospheric/Air Quality – Fire Monitoring/Smoke Forecasting

Source: Northrop Grumman PULSENetTM

Embedded/Precision Services

Integration of 3D Built / Geospatial Worlds

Interoperation across the AEC / CAD / Geospatial domains

3D City Models

3D Visualization Services

Location Services

Indoor Location / Navigation

Adapted from BuildingSmart Alliance presentation

Source: Autodesk

Building Information Model Lifecycle An Spatial Data Infrastructure for Buildings…

Advances in Measurement / Scanning Technologies

13

Source: Kevin Nelson, William H. Gordon Associates

3D Urban Models / Applications

Source; Thomas Kolbe, Berlin TU • Urban Planning / Operations • Emergency Mgt / Response • Transportation / Routing / Logistics • Indoor navigation • Retail Site analysis • Sustainable / Green Communities • City Services Management • Noise abatement • Telecommunications placement • Many other uses…

Emergency Responder Training

OGC CityGML

2010/09/23

Solar Energy Production Potential Analysis

Source : LGV Hamburg, Fa. simuPLAN OGC CityGML

Augmented Reality

http://www.openarml.org/

Big Data

Big Data – in 2010, 1.5 zettabytes of such data collected

ComputerWorld, April 2011

1 zettabyte = 1 billion terrabytes

17

Open Data & Linked Data www.ottawa.ca/online_services/opendata/

Prolific GNSS Infrastructure, Location Services and Applications

Crowdsourcing / User Generated Content

Ushahidi

InRelief

OpenStreetMap

Sahana

CrisisCommons

Source: www.inrelief.org

Source: http://www.ushahidi.com/

Source: http://www.openstreetmap.org/

Source: www.sahanafoundation.org

Location Enabling SMS Messaging: GeoSMS

Characteristics Multilingual

Multi-device

Harmonized with many existing applications

Incorporates relevant ISO standards

© 2012, Open Geospatial Consortium

Significant potential for many applications

Adopted in 2011

Standards – Critically Important:

Geospatial Data Collection, Maintenance & Distribution

Emergency and Disaster Management / Response

Defense and Intelligence

Climate Research

Weather Forecasting / Warning

Environmental Monitoring

Aviation Information

Research

Mobile/Location Services

…

Rapidly mobilize new capabilities

Encourage market competition

Reduce IT costs

The decision to share is one of policy

Standardization Challenge Areas Current areas of OGC focus

Open Mobile

Augmented Reality

Indoor Location

Embedded Sensors

Internet of Things (IoT)

Semantic Mediation

Geosynchronization

Cloud Computing

© 2012 Open Geospatial Consortium

Agenda 0900-0915 Welcome and Introduction - Topic setting (Chair)

0915-0935 Ron Bloksma, The next step is interoperability in processes. A Dutch example of process interoperability between asset management and surveying

0935-0955 Jürgen Wahlen, Geospatial Intelligence Support to Decision Makers

0955-1015 Olivier J. Cottray, Development of a Mine Action SDI

1015-1030 Discussion / Q&A 1030 - 1100 Coffee / Break & Networking

1100-1120 Peter ter Haar, Interoperable Beyond Geospatial

1120-1140 Thomas Kolbe, 3D Interoperable City Models for Urban Information Fusion

1140-1200 Martin Lechtner, 3D in Augmented Reality 1200-1230 Q&A, Discussion (Panel and Attendees)