スライド 1

October 17, 2011

Sapporo Convention Center

GEO Grid Workshop

Satellite Data

Japan

Thailand

Japan

Taiwan

AsiaFlux Network

Objective: To deploy Asia GEO Grid Infrastructure in Asia to share Earthobservation data and computing resources for Earth sciences.

Flux Data

アプリケーションによるGEO Gridの評価

Calibration of satellite

Data using in-situ data

Global CO2 Map

Asia GEO Grid Initiative

PI: Yoshio Tanaka (AIST)

１．CatalogueSearch

２．Obtain data

３．Process data

４．visualize

１．CatalogueSearch

２．Obtain data

３．Process data

４．visualize

$C:\Program Files (x86)\Microsoft Office\MEDIA\CAGCAT10\j0195384.wmf$

1.Project management

2.Development and management of Asia GEOGrid Infrastructure

3.Development of model cases at Fluxobservation sites.

4.PRAGMA/CREON Joint WS (2011)

5.OGC TC Meeting （2012)

Organization

AIST, Japan

NIES, Japan

1.Development of model casesat Flux observation sites.

2.Leading collaborations withAsiaFlux Network.

NSTDA/NECTEC, Thailand

1.Promotion of collaboration withThaiFlux

2.Development of “InformationGrid” and “EnvironmentInformatorium”.

3.Evaluation of Asia GEO GridInfrastructure.

VAST, Vietnam

1.Development of GEO GridInfrastructure in Vietnam

2.Understanding Physics,Mathematics used in weatherresearch and forecasting model.

3.Evaluation of Asia GEO GridInfrastructure.

NARL/NCHC, Taiwan

1.Development of near-real-timepipeline for processing satelliteimages to support in-situ imagedata to disaster prevention center.

2.Support TaiwanFlux to provideFlux data by GEO Gridmiddleware.

Promotion Committee

(External members)

ＰＲＡＧＭＡ

AsiaFlux Network

OGC

OGF

Agenda (beforenoon)

Morning,

Oct. 17

(Mon)

Session 1: Opening

10:00-10:15

Welcome and Opening Remarks

Yoshio Tanaka(AIST)

10:15-11:00

Invited Talk: Integrative use ofAsiaFlux Network Observationsfor Continental-scale Estimatesof Carbon Budget

Nobuko Saigusa(NIES)

Session 2: Updates from member institutions (1)

11:00-11:30

Introduction of Asia GEO GridInitiative

Yoshio Tanaka(AIST, Japan)

11:30-12:00

Calibration and validation forspace-based optical sensors

HirokazuYamamoto (AIST,Japan)

12:00-13:30

Lunch Break

Agenda (afternoon)

Afternoon,

Oct. 17

(Mon)

Session 3: Updates from member institutions (2)

13:30-14:00

Current Status of 3D GIS TaiwanPlatform and Its Cloud Service

Whey-Fone Tsai(NCHC, Taiwan)

14:00-14:30

Development and Practices inLocation-based EnvironmentalMonitoring

Fang-Pang Lin(NCHC, Taiwan)

14:30-15:00

Environmental Informatorium :One-stop and multi-facetedobservation data service

ApivadeePiyatumrong(NECTEC,Thailand)

15:00-15:30

Coffee Break

Session 4: Updates from member institutions (3)

15:30-16:00

VAST's GEO Grid IT InfrastructureResearch and Solution Proposal

Tuyet Dao Van(VAST, Vietnam)

16:00-16:30

SFI: Framework for Integration ofSatellite Data and Field SensorData

SarawautNinsawat (AIT,Thailand)

16:30-17:00

Closing

Yoshio Tanaka

AIST, Japan

Introduction ofAsia GEO Grid Initiative

What is the GEO Grid ?

•Name of the AIST’s project as well as concept.

•The GEO (Global Earth Observation) Grid is aiming at providing an E-ScienceInfrastructure for worldwide Earth Sciences communities to accelerate GEOsciences based on the concept that relevant data and computation are virtuallyintegrated with a certain access control and ease-of-use interface those areenabled by a set of Grid and Web service technologies.

Geo* Contents

Applications

Satellite Data

Map

Geology

GIS data

Field data

Environment

Resources

Grid

Technologies

Grid

Technologies

Disaster

mitigation

Disaster

mitigation

AIST: OGF Gold sponsor (a founding member)

AIST: OGC Associate member (since 2007)

Example: Flood simulation

Digital Elevation Map

Created by

ASTER Satellite Images

Rain Sensors

Neural-Map based Data Mining/ Landslide Simulation onLarge Cluster Computers

Visualize Hi-Resolution Hazard Map

GIS Data

ASTER

GEO

MET

Why Grid?

By courtesy of S.Sekiguchi

security

High performanceCSW

Federation ofdistributed DBs

HPC

TDRS

Terra/ASTER

ERSDIS/NASA

APAN/TransPAC

GEO Grid Cluster

Data

GIS

server

WFS

WCS

Maps

map

server

WMS

Meta data

catalogue/

metadata

server

CSW

OGSA

DAI

GRAM

GridFTP

gateway

server

Storage

portal server

GSI + VOMS

GSI +

VOMS

Account

account (GAMA)

server

VO DB

VO (VOMS)

server

user

credential

GET

query

exec

GEO Grid Services

８４０ＴＢ

Current Configuration of GEO Grid system in AIST

AIST Green Cloud

geotiff

etc

L0/L1

Apache

Mapserver

basemap

geotiff

etc

L0/L1

Apache

Mapserver

basemap

geotiff

etc

L0/L1

Apache

Mapserver

basemap

geotiff

etc

L0/L1

Apache

Mapserver

basemap

ASTER Data Archive

Metadata

csw.geogrid.org

CS-W

ows.geogrid.org

WMS

WFS

WCS

wps.geogrid.org

WPS

Sensor Node

(e.g. Live E!,JapanFlux)

Sensor Node

(e.g. Live E!,JapanFlux)

NodeNode

52NorthSOS

SOS

Extension to outside of AIST is easy!

AIST Green Cloud

geotiff

etc

L0/L1

Apache

Mapserver

basemap

geotiff

etc

L0/L1

Apache

Mapserver

basemap

geotiff

etc

L0/L1

Apache

Mapserver

basemap

geotiff

etc

L0/L1

Apache

Mapserver

basemap

ASTER Data Archive

Metadata

csw.geogrid.org

CS-W

ows.geogrid.org

WMS

WFS

WCS

wps.geogrid.org

WPS

Sensor Node

(e.g. Live E!,JapanFlux)

Sensor Node

(e.g. Live E!,JapanFlux)

NodeNode

52NorthSOS

SOS

Storage

Other site

WMS

WFS

WCS

CSW

WPS

Other site

GEO Grid Service Examples

•Satellite data archive and processing

•ASTER, PALSAR, MODIS, etc.

•Satellite data application

•Application of Satellite-Field data Integrator (SFI) for aerosol monitoringDescription http://fon.geogrid.org/aerosol/

•SDCP (Science Degree Confluence Project) –Community validation tool forglobal land-cover & digital elevation models http://eco.geogrid.org/sdcp/

•Hazard information

•QuiQuake (Quick Estimation System for Earthquake Maps Triggered byObservation Records) http://qq.ghz.geogrid.org/QuakeMap/index.en.html

•Volcanic Gravity Flow Simulations on Volcanic Areahttp://volcano.geogrid.org/applications/EnergyCone/

•Geoscience data

•Geological maps, Active fault data, etc.

GEO Grid Applications (examples)

WMS Viewer on GEE

Monitoring of diastrophism

Quick Estimation System for Earthquake Map

Satellite-Field Integrator

Synergy between Satellite imagery andin-situ data

ASTER temperature map

In-situ temperature measurements

Synergy of satellite and field data

Accurate water quality map production with GLEON

WPS= Satellite data processingWPS= Satellite data processing

SOS=Sensor NetSOS=Sensor Net

Calibration / validation of Satellite Data using Field Sensor Data

Sensor Observation Service (SOS)

Field Sensors

GLEON

PEN / Live E!

Satellite Sensors

Formsat-2

ASTER / MODIS

Web Coverage Service (WCS)

Access Control by GSI + VOMS

3. Search

Web Processing Service (WPS)

Access Control by GSI + VOMS

Calibration and Validation processing

4. Inputs

5. Results

Credential

Repository

VO member

VOMS

VO Admin

AAA Service

2. VOMS proxy

1. login

Resource WG

Background of the project

Understanding the Earth system is crucial to enhancing human health, safetyand welfare, protecting the global environment, reducing disaster losses, etc.

GEOSS 10-Year Implementation Plan at Earth Observation Summit (2005).

The G8 leaders further agreed to accelerate efforts to strengthenobservation, prediction and data sharing within GEOSS in their Declarationon Environment and Environment adopted in Toyako, Japan (2008).

Coping with environmental changes is a common and important issue in Asiancountries.

Federation of distributed andheterogeneous Earth observationdata is the key to implement theGlobal Earth Observation System ofSystems.

Federation of distributed andheterogeneous Earth observationdata is the key to implement theGlobal Earth Observation System ofSystems.

Use Case and Research Issues- Federation of CO2 Flux data and Satellite data -

Calibration of Satellite Data

using In-situ Observation Data

Global CO2 Map generated from In-situdata and Satellite data

Apply to the similarvegetation area

TKY

SKR

MKL

Flux Tower

Digital

Camera

Satellite data

Research Issues and approach

(1) Development of IT infrastructurewhich federates distributed andheterogeneous Earth observation data.

Approach: Integration of Grid and OGCstandards

(2) Establishment of multi-disciplinaryand cross boundary scientificcommunity

Approach: Linking IT and applicationnetworks

Research Themes

Integration ofheterogeneousand distributedDBs

GEO Grid

GEO Grid

Outcomes of the other research projects

CSW

WMS

WFS

WCS

WPS

１．Catalog search

２．Data query

３．Processing

４．Results &visualization

１．Catalog search

２．Data query

３．Processing

４．Results &visualization

$C:\Program Files (x86)\Microsoft Office\MEDIA\CAGCAT10\j0195384.wmf$

Research Theme 1

Evaluate and improve GEO Gridmiddleware for practical use throughempirical experiments.

Research Theme 2

Implementation of secure andscalable OGC standards using Gridtechnologies.

Research Theme 3

Development of Asia GEO GridInfrastructure which federatesheterogeneous and distributed Earthobservation data.

Expected outcome

Development of sustainableinfrastructure and community forEarth sciences

Contribution to GEO andInternational standards

Highperformanceand scalablecatalogueservices

Flexible anduser friendlysecurity

Development ofmodel cases atFlux observationsites

One of researchthemes in this project

（current）

No infrastructuresfor communities

From human network
To multi-disciplinary and
cross-boundary
Information network

　　Summary

Develop an infrastructureand communities whichfederates multi-disciplinaryand cross-boundary data,people, and knowledge

Extend to variousapplication networks otherthan Flux Network.

Contribute to GEOthrough contribution toGEOSS

Expected outcomes

Contribute to solveenvironmental problemsin Asia