1 The S.Co.P.E. Project and its model of procurement G. Russo, University of Naples Prof. Guido Russo

2 Table of content  The S.Co.P.E. Project  The Procurement  The INFN Prototype The S.Co.P.E. Project PON- MiUR

3 The S.Co.P.E.: Italian acronymic for high Performance Cooperative and distributed System for scientific Elaboration. The S.Co.P.E. Project PON- MiUR

4 The S.Co.P.E. Project – The topology The S.Co.P.E. Project PON- MiUR Optical Fiber CAMPUS-GRID MEDICINE CSI ENGINEERING

5 The S.Co.P.E. Project – The CAMPUS-GRID The S.Co.P.E. Project PON- MiUR DMA DiChi DSF C.S.I. GARR

6 The S.Co.P.E. Project – Available resource Progetto S.Co.P.E. PON - MiUR Metropolitan Area Grid to share the available resource CAMPUS GRID MEDICINE ENGINEERING CSI NETWORK 2.4 Gbit/s

7 The S.Co.P.E. Project – The services The S.Co.P.E. Project PON - MiUR Workload Management Services, to schedule the tasks on the distributed resources, in a transparently way for the users, by using the optimization algorithms, in order to obtain an high QoS. Data Management Services, to manage the data replication, the metadata catalog and the data collective catalogs. Information Index Services, to discover and collect the resources available on the Grid. Logging & Book keeping Services, to store the history of the job submitted at the Grid in order to extract accounting information. Resource Monitoring Services, to control constantly the status of grid resources, in order to prevent the faults and to guarantee high availability.

8 The S.Co.P.E. Project – The Procurement The S.Co.P.E. Project PON- MiUR INTEGRATION OF THE EXISTING COMPUTATIONAL AND STORAGE RESOURCES WITH NEW HIGH PERFORMANCE SYSTEMS

9 The S.Co.P.E. Project – The Governances The S.Co.P.E. Project PON- MiUR Technical support on site for System monitoring Faults recovery Low level management

10 The Procurement - Goals The S.Co.P.E. Project PON- MiUR INTEGRATE THE EXISTING HARDWARE HETEROGENEOUS PLATFORMS NEEDED IMPLEMENT A SYSTEM ALL INCLUSE -READY TO USE READY TO USE

11 The Procurement – The Requirements The S.Co.P.E. Project PON- MiUR THE IMPLEMENTED HARDWARE MUST SUPPORT THE SPECIFIC OPERATIVE SYSTEM, THE GRID MIDDLEWARE AND THE SCIENTIFIC APPLICATION: Scientific Linux (SL) 3.x.x 4.x.x INFN-GRID (last available release) Scientific Library

12 The Procurement – The location The S.Co.P.E. Project PON- MiUR THE NEW HARDWARE WILL BE IMPLEMENTED IN A CENTRAL SITE IN THE CAMPUS-GRID

13 The Procurement – Supply The S.Co.P.E. Project PON- MiUR THE PROCUREMENTS ARE ORGANIZED IN 4 MAIN SUPPLY: SERVERS POWER SUPPLY- ELECTRICAL AND SECURITY SYSTEM COMPUTATIONAL AND STORAGE SYSTEMS - SOFTWARE IMPLEMENTATION NETWORKS SYSTEM AND WEARING

14 The Procurement – Supply N°1 The S.Co.P.E. Project PON- MiUR SERVERS MANAGEMENT SERVER UNITS DISK POOL – S.A.N

15 The Procurement – Supply N°2 The S.Co.P.E. Project PON- MiUR SITE ADJUST POWER SUPPLY SYSTEMS SECURITY SYSTEMS ENVIRONMENTAL SYSTEMS CONDITIONATE AIR SYSTEMS ELECTRICAL PANNELS

16 The Procurement – Supply N°3 The S.Co.P.E. Project PON- MiUR COMPUTATIONAL AND STORAGE SYSTEM - SOFTWARE IMPLEMENTATION CLUSTER OF DUAL PROCESSOR FOR HIGH PERFORMANCE AND HIGH THRUGHPUT APPLICATIONS SMP SYSTEM FOR STRONLGY COUPLED APPLICATIONS STORAGE SYSTEM IN GRID ENVIRONMENT RACK & WEARING ENVIRONMENTAL MONITROING SYSTEMS SOFTWARE IMPLEMENTATION – SYSTEMS INTEGRATION

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18 The Procurement – Supply N°4 The S.Co.P.E. Project PON- MiUR NETWORKS SYSTEM AND WEARING WIRED OR WIRELESS LINK TO SITE IN COROGLIO WIRED LINK TO ENGINEERING DEPARTMENTS IN AGNANO WIRELESS LINK TO THE ASTRONOMICAL OBSERVATORY OF CAPODIMONTE NETWORK SYSTEMS

19 The Procurement – Network Supply The S.Co.P.E. Project PON- MiUR Optical Fiber CAMPUS-GRID MEDICINE CSI ENGINEERING ASTRONOMICAL OBSERVATORY NEW ENGINEERING COROGLIO SITE

20 The Prototype For The Atlas Tier 2 The S.Co.P.E. Project PON- MiUR Hierarchical model Data Server CPU Server desktop CPU Server desktop CERN Tier 0 CPU Server Tier 2 (“Regional” Centers) Tier-2 Esp.Atlas: RM1, NA Tier 3-4 (Dip. e Institute) Tier 1 (“Regional” naz. and internaz. Center)

21 The Prototype For The Atlas Tier 2 The S.Co.P.E. Project PON- MiUR INFN-GRID.ITINTEL19 bi-proc2.81 TBRH7.3 SciLinux PBS GT2 LCG INFN-ATLASINTEL17 bi-proc2.88 TB INFN-AstroParticleINTEL8 bi-proc2.8 INFN-BABAR-CMSINTEL10 bi-proc2.8 ASTROAMD9 bi-proc TBGentoo SciLinux PBS AMRAAMD99 bi-proc TBSlackware SciLinux PBS DSF-INFMAlphaEV716 bi-proc1,2140 GB True-64 LSF DiChi-BioteknetAlphaEV6810 quad- proc 1,41 TBTrue-64 LSF DiChi-LSDMAlphaDS204 bi-proc INSTMOpteron12 bi-proc2,4 CNR-SPACIItanium268 bi-proc1,51.2 TBLinux-HP LSF ProgettoProc.N. proc.GHzStorageS.O. s/w m/w grid

22 PC1 Environmental Monitoring (T, HV, UPS) PC3 HW Monitoring (Operating Systems) PC2 SW Monitoring (servers, storage) PC4 GRID Monitoring (infrastruttura, servizi) SERVER Hihg level GUI DataBase NAS Backup system UPS 60 kVA 8 biproc. dual core Rack Rittal + CMC Unit 8 biproc. dual core 20 TB TIER-2 ATLAS ROOM Rack Rittal + CMC Unit CHILLER OUT SIDE TIER-2 ATLAS FIRESUPPRESSIONFIRESUPPRESSION P R E S E N T E R Campust Grid Network Cooling Unit switch