architecture implementation pilot-5 disasters management wg encourage mature systems to interoperate...

Architecture Implementation Pilot-5 Disasters Management WG

Encourage mature systems to interoperate with the GEOSS Common Infrastructure

Leader Hervé Caumont, OGC

Presenter 衷嵐焜 Lan-Kun(Peter) Chung, GIS.FCU, Taiwan

Responses to AIP-5 Call for Participation

• Aquatic Informatics• CAAS and Tsinghua• CIESIN• Compusult• CSISS – GMU• CUAHSI• EO2HEAVEN• GeoViQua• GEOWOW Hydrology• GEOWOW Architecture• GIS-FCU• IEEE

• INCOSE• MINES ParisTech/

ENDORSE• NASA• NASRDA• NIWA• NOAA• PML• PYXIS• TUD-GLUES• UNEP Live• Univ of Tokyo

Responses to AIP-5 CFP are posted CFP remains open

Architecture Implementation Pilot and DM

AIP-1: GEOSS Common Infrastructure (GCI) prototype – Applied to DM: oil spill, volcano, hurricane

AIP-2: Disaster Management Scenario – Scenario and Use Case driven development

– Applied to flooding; Recast to other disasters

AIP-3: Near- real-time dispatching during response– Component architecture confirmed

AIP-4: DM based on EC BRISEIDE project

AIP-5: Coordination with CEOS on DM

“Fostering interoperability arrangements and common practices for GEOSS”

AIP-5 DM scenario Participants support

• Global- and regional-scale data related to disasters and vulnerabilities– Urbanization and human settlements parameters

– Contributions to the GEOSS Data-CORE

• Services structured to encourage full participation of end-users– Countries / regions that need to be involved in the generation of

their own disaster management resources

• Services for near real-time processing of satellite acquisitions, like near real-time satellite tasking – Deliver more dynamic disaster related product generation

workflows and more responsive collaboration.

– Select events for Demo capture and acquire imagery (thru AIP-5: EO-1, Radarsat, Formosat, GeoEye…)

ETA4Satellite Client(Estimated Time for Arrival 4 Satellite)

 http://140.134.48.12:443/AIP5WebServiceClient/sampleSatelliteArrivalTimeProxy/TestClient.jsp

Adopting OGC standard to task Satellites

OGC Sensor Planning Service for Earth Observations Extension

Taiwan

Thailand

Formosat II

THEOS

Disaster Response ETA4Satellite(Estimated Time for Arrival 4 Satellite)

Satellite Sensor Tasking

Changing DetectionAnalysis

Satellite Image Acquisition(Image Publisher)

User

Reference http://twiki.geoviqua.org/twiki/bin/view/AIP5/DMScenarioTestingWiringDiagrams

res

reqres

reqres

reqres

req

res

On-site User( Mobile Apps)

req

res

Near real time Image(GeoSMS)

Evaluate availabele Satellite

Satellite tasking One Stop(OGC EO SPS)

AIP-5 kick-off, Geneva 3-4 May 2012 stefano.nativi@cnr.it

Disaster Response_ Support Volunteer/Rescue Team

Near real time post disaster

images

8

1

Satellite Image Acquisition(Image Publisher)

OGC OpenGeoSMS2

Disaster response_ Changing Detection Analysis

Port-au-Prince, Haiti06/19/2009(FORMOSAT-2 image)

Port-au-Prince, Haiti01/15/2010(FORMOSAT-2 image)

Acknowledge National Space Organization

Before

After

Haiti earthquake (magnitude 7.0 Mw )Port au Prince Haiti, 01/12/2010

Disaster response_ Changing Detection Analysis

Acknowledge National Space Organization

Sendai, Japan03/11/2011(FORMOSAT-2 image)

Before

Japan Earthquake/Tsunami 03/11/2011Sendai, Fukushima

Sendai, Japan03/12/2011(FORMOSAT-2 image)

After Sendai, Japan02/28/2012(FORMOSAT-2 image)

Sendai, Japan03/15/2012(FORMOSAT-2 image)

Sendai, Japan03/16/2012(FORMOSAT-2 image)

Sendai, Japan10/16/2012(FORMOSAT-2 image)

Monitoring environmental recovery of damaged area in Tohoku, Japan from space &ground

Kohei Cho / Tokai University, Japan

AIP-5 kick-off, Geneva 3-4 May 2012 stefano.nativi@cnr.it

Wakabayashi, Sendai, Japan observed by FORMOSAT-2

March, 11, 2011 March, 19, 2011

March, 11, 2011 March 19, 2011

October 16, 2012

Yuriage Area, Natori, Miyagi, Japan observed by FORMOSAT-2

October 15, 2012 View direction

Still no houses

Fujitsuka, Sendai, Miyagi, Japan observed by FORMOSAT-2

March, 11, 2011 March 19, 2011

October 16, 2012 October 15, 2012

Vegetations are coming back

Disaster response_ Changing Detection Analysis

San Marcos, Guatemala(from Google earth)

San Marcos, Guatemala11/09/2012(FORMOSAT-2 image)

Acknowledge National Space Organization

Before

After

Guatemala earthquake 11/08/2012(M: M7.3)

AIP-5 kick-off, Geneva 3-4 May 2012 stefano.nativi@cnr.it

Conclusions

• To cross the nations boundaries for satellites tasking can enhance the efficiency for disaster management– Ex :Taiwan and Thailand has created an alliance

• Cooperate with other societies(like Project Matsu媽祖 , OSDC)

Contacts

Hervé Caumont, AIP-5 DM WG lead (OGC)

herve.caumont@terradue.com

衷嵐焜 Lan-Kun(Peter) Chung(GIS.FCU,Taiwan )

peter@gis.tw

George Percival, IN-05-C1 task lead (OGC)percivall@myogc.org