1

Birmingham•

LIGO Gravitational LIGO Gravitational Wave ObservatoryWave Observatory

Replicate 1 TB/day of data to 10+ international sites

Uses GridFTP, RFT, RLS, DRS

Cardiff

AEI/Golm

http://www.ligo.caltech.edu/

2

CABig: Cancer CABig: Cancer Bioinformatics GridBioinformatics Grid

Integrate software and services across more than 50 sites

Uses Introduce, RAVi, MDS, GSI, GAARDS, Corehttps://cabig.nci.nih.gov/

3

DOE Earth System GridDOE Earth System Grid

www.earthsystemgrid.org

Enable sharing & analysis of high-volume data from advanced earth system models

Uses RLS, MDS, GridFTP, GSI

4

NSF’s TeraGridNSF’s TeraGrid

TeraGrid DEEP: Integrating NSF’s most powerful computers (60+ TF)

TeraGrid WIDE Science Gateways: Engaging Scientific Communities

Base TeraGrid Cyberinfrastructure:Persistent, Reliable, National

www.teragrid.org

Enable user access and gateways across NSF domains

Uses GRAM4, GridFTP, MDS, GSI, OGSA-DAI, and others

5

Open Science GridOpen Science Grid

Enable common infrastructure for DOE applications

Uses GRAM2, GridFTP, GSI, + www.opensciencegrid.org

6

Fusion Grid:Fusion Grid:TRANSP ServiceTRANSP Service

www.xx.org

Represent Fusion applications as services with an application-specific portal

Use: GRAM2

8

Simulates ground motions for potential fault ruptures within 200 km of each site

~ 12,700 potential ruptures in SoCal from USGS 2002 ERF

Extends each rupture to multiple hypocenters and slip models for each source

~ 100,000 ground motion simulations for each site

Enables physics-based probabilistic seismic hazard analysis

Globus-Based Globus-Based CyberShake PlatformCyberShake Platform

www.scec.org

Conduct large-scale earthquake science sim

Uses: GRAM2, GSI, GridFTP, RLS