1. Louisiana State Grid Dick Greenwood Developments in the Louisiana State Grid (LONI) Dick Greenwood Louisiana Tech University DOSAR III Workshop at The University of Oklahoma September 21-22, 2006

2. Louisiana State Grid Dick Greenwood 21SEP06 2 LONI Background In September 2004, the Louisiana State has committed $40M for a state-wide optical network. 40Gb/sec bandwith Spanning 6 Universities and 2 Health Centers: –LSU –Latech –UL-Lafayette –Tulane –UNO –Southern University –LSU Health Centers in New Orleans Shereveport

3. Louisiana State Grid Dick Greenwood 21SEP06 3 2001 Plan

4. Louisiana State Grid Dick Greenwood Not an Ordinary Optical Network

5. Louisiana State Grid Dick Greenwood 21SEP06 5 Systems Deployed IBM p5 Systems – 1 February 2006 – LaTech [bluedawg] AIX v5.3 ● 17 users submitted 307 jobs – 15 March 2006 – Tulane [ducky] AIX v5.2 ● 43 users submitted 2946 jobs – 7 August 2006 – ULL [zeke] AIX v5.3 ● 9 users submitted 286 jobs – 8 September 2006 – UNO [neptune] AIX v5.3 ● 4 users submitted 10 jobs – ~October 2006 – SUBR [lacumba] AIX v5.3 ● 89 total LONI users

6. Louisiana State Grid Dick Greenwood 21SEP06 6 LONI Software Stack 100% TeraGrid compatible … Globus Toolkit Condor Virtual Data Toolkit (VDT) … The complete SW stack still to be finalized

7. Louisiana State Grid Dick Greenwood 21SEP06 7 New Dell Linux Clusters To Be Delivered “Remote” Systems – 132 nodes, four-way Intel “Woodcrest” 2.33 GHz, 4 GB RAM [4.921 TF; 528 GB RAM] – Shipment expected week of 25 September – First deployment will be LSU's system Next deployment likely LaTech Central System – 720 nodes, eight-way Intel “Cloverto(w)n” 2.33 GHz, 4 GB RAM [53.683 TF; 2.88 TB RAM] – Shipment expected end of November or early December

8. Louisiana State Grid Dick Greenwood 21SEP06 8 Linux Clusters Woodcrest and Cloverto(w)n – Woodcrest is dual-core on single silicon with a shared 4 MB cache – Cloverto(w)n is two dual-core modules in a single module (may change to four cores on single silicon) – Both based on 65 nm technology initially then 45 nm – Both are capable of retiring four floating point operations per clock cycle, rather than two [IBM's POWER5 also does four floats per cycle]

9. Louisiana State Grid Dick Greenwood 21SEP06 9 Dell Cluster Description Environmentals: – 208 V / 310 amperes; 64.5 KW; 18 tons of cooling (7,868 cfm) – 6 racks total (4 node, 1 control, 1 storage) – Rack Dimensions: 78.7"Hx23.94"Wx 39.93"D – Each rack has 4 PDUs; 4 L6-30 208v connects (total of 24 L6-30 circuits)

10. Louisiana State Grid Dick Greenwood 21SEP06 10 Storage Currently very tight: – /home is 25 GB and /scratch is 280 GB – this limits usability – all served via Network File System (NFS) which is not high performance ● Future: – When central Linux cluster comes, it will include: ● 14.0 TB raw at each “remote” site in one rack ● 225 TB raw at the central site – Will provide central /home storage as well as global /scratch space – Using Lustre filesystem supported by Cluster Filesystems, Inc.

11. Louisiana State Grid Dick Greenwood 21SEP06 11 Award of NSF MRI: PetaShare 1 x Overland Storage NEO Series 8000 tape storage system – 400 TB Capacity: $ 153,558 Specifications : Model 500, 12 Native Fibre LTO-3 Tape Drives, 500 Tape Slots, Redundant Power, Remote Access & Control, Touch Screen Front Panel (Quote includes shipping and assembly) Deployment site: Louisiana State University 5 x Overland Storage REO Series 9000 disk storage system - 44 TB capacity each: 5 x $96,144 = $480,720 Specifications : 44TB Raw SATA, 38 TB usable RAID 5, Protecton OS, Remote Access and Control, Rackmount (Quote includes shipping and assembly) Deployment sites: Louisiana State University, Louisiana Tech University, Tulane University, University of Louisiana at Lafayette, Tulane University, University of New Orleans, Total requested equipment cost: $634,278

12. Louisiana State Grid Dick Greenwood 21SEP06 12 Tevfik’s Schedule for PetaShare Year 1: The required equipment for the development of PetaShare will be purchased, installed at each participating site, calibrated, and will be integrated with the existing equipment at these sites. In parallel to this process, we will start developing the key technologies necessary for this instrumentation: data-aware storage, data- aware schedulers, and remote data analysis and visualization. Year 2: Technologies developed during the first year will be integrated. Transparent storage selection, data archival, cataloging and remote access techniques will be developed on top of this integrated system. A user friendly and uniform interface will be developed for interaction. Year 3: The first prototypes will be deployed at the participating sites. Testing and further development will be performed. Application groups will start using the new instrumentation actively. Year 4: The developed system will be ported to other platforms. It will be made publicly available to the community. Commercialization potential will be investigated. We are currently in the process of negotiating with different vendors. The purchase of the equipment may happen sometime in late Decemebr or early January.

13. Louisiana State Grid Dick Greenwood 21SEP06 13 THE END

14. Louisiana State Grid Dick Greenwood 21SEP06 14 EXTRA SLIDES

15. Louisiana State Grid Dick Greenwood 21SEP06 15

16. Louisiana State Grid Dick Greenwood 21SEP06 16 Coastal Modeling Hurricane Track Prediction Storm Surge Modeling Predicting Wind Effects Coastal Erosion Modeling Emergency Response

17. Louisiana State Grid Dick Greenwood 21SEP06 17 SCOOP Project SCOOP PortalPortal 17

18. Louisiana State Grid Dick Greenwood 21SEP06 18 Other Applications Numerical Relativity Petroleum Engineering Computational Fluid Dynamics (CFD) High Energy Physics Bioinformatics

19. Louisiana State Grid Dick Greenwood 21SEP06 19 Ramah LONI DWDM Landry Alexandria LONI POP ULL OTM POP Coushatta LONI DWDM Derry 55Km 80Km 89Km LSU Hammond LONI POP UNO Tulane LSU HSC NO LONI POP OTM POP 86Km 48Km 54Km 75Km 20Km 70Km Southern DWDM Loop Monroe LONI POP La Tech LONI POP 82Km 55Km 82Km 72Km 61Km 82Km Northern DWDM Loop Southern LONI POP Minden LONI DWDM 38Km LSU HSC Shreveport LONI POP OTM POP NLR BR LONI POP LSU Jackson, MS LONI DWDM Franklin Schriever Port Barre LONI DWDM 13Km 102Km 42Km LaPlace 65Km Crowley Lake Charles LONI POP 65Km 69Km 11Km 13Km 39Km LPB 11Km LSU Seminary LONI DWDM Greensburg Tylertown Mendenhall Jackson Tallulah Start Edwards Roanoke 35Km 38Km 46Km 35Km 38Km 24Km 23Km 64Km 56Km48Km LONI Topology – POPs & DWDMs

20. Louisiana State Grid Dick Greenwood 21SEP06 20 Ramah LONI DWDM Landry Alexandria LONI POP ULL OTM POP Coushatta LONI DWDM Derry 55Km 80Km 89Km LSU Hammond LONI POP UNO Tulane LSU HSC NO LONI POP OTM POP 86Km 48Km 54Km 75Km 20Km 70Km Southern DWDM Loop Monroe LONI POP La Tech LONI POP 82Km 55Km 82Km 72Km 61Km 82Km Northern DWDM Loop Southern LONI POP Minden LONI DWDM 38Km LSU HSC Shreveport LONI POP OTM POP NLR BR LONI POP LSU Jackson, MS LONI DWDM Franklin Schriever Port Barre LONI DWDM 13Km 102Km 42Km LaPlace 65Km Crowley Lake Charles LONI POP 65Km 69Km 11Km 13Km 39Km LPB 11Km LSU Seminary LONI DWDM Greensburg Tylertown Mendenhall Jackson Tallulah Start Edwards Roanoke 35Km 38Km 46Km 35Km 38Km 24Km 23Km 64Km 56Km48Km LONI Topology - Status

21. Louisiana State Grid Dick Greenwood 21SEP06 21 LONI Computing Power At each 6 universities: –IBM p5-575 system(112 power proc, 224 GB RAM) At LSU: –SuperMike (1024 Xeon proc, 1 TB RAM) –SuperHelix (256 Xeon proc, 256 GB RAM) –MiniMike (32 Xeon proc, 32 GB RAM) –SGI Prism (32 proc, 128 GB RAM) –Nemeaux (64 Mac processors) –LSU Campus Grid with ~2000 processors (soon) At UL Lafayette –LITE (384 proc, 384 GB RAM) At Latech – CAPS (30 processors) And several others..