1. Preparation of KIPT (Kharkov) computing facilities for CMS data analysis L. Levchuk Kharkov Institute of Physics and Technology (KIPT), Kharkov, Ukraine

2. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 2 WLCG infrastructure of the CMS experiment (CMS computing model) KIPT T2 center (T2_UA_KIPT): status and prospects Summary

3. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 3 CERN: acquisition, first-pass reconstruction, storage & distribution Ian.Bird@cern.ch 1.25 GB/sec (heavy ions) 3

4. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 4 CMS Physics Goals CMS is expected to shed light on origin of particle masses (search for Higgs boson for all possible M H : does it really exist?) origin of “dark matter” in the Universe (search for SUSY signals) origin of asymmetry matter/antimatter in the Universe (study of CP violation in B decays) whether new states of hadronic matter exist (study of heavy ion collisions) if any “exotica” can emerge at the TeV (10 12 eV)) scale

5. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 5 T2_ * _ * T2_UA_KIPT T2_ * _ * T2_RU_JINR T2_ * _ * 50 sites Storage of RECO and AOD data (~0.1-0.3 MB/evt) Data analysis & MC production Connectivity: ~1 Gbit/s; SE: ~200 TB WN: ~4 kHSP06 (LHC startup) CMS trigger T0_CH_CERN T1_CH_CERN T1_DE_FZK T1_ES_PIC T1_FR_CCIN2P3 T1_IT_CNAF T1_TW_ASGC T1_UK_RAL T1_US_FNAL 8 sites event reconstruction; storage of data of all types (RAW, RECO, AOD, skim) T3_ * _* currently 50 sites WLCG User Interface (UI); no special requirements for resources but reasonable connectivity with T2  RAW ~1-3 MB/evt ~100 evt/s  CMS Computing Model

6. CMS Dashboard

7. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 7 KIPT CMS Computing Facility HEPSPEC06 Benchmark Results: systemOSkernel32/64memgccbenchmarktotalper core Dual Intel Xeon EM64T 3.4 GHzSLC52.6.18-128.7.1.el5644 GB4.1.2S2k6 all_cpp 64bit13.86.9 Dual CPU, Quad Core, Intel Xeon E5420 2.5GHz SLC52.6.18-128.7.1.el56416 GB4.1.2S2k6 all_cpp 64bit63.88.0 Storage Element ( SE, SRM): 12 nodes (24 CPU’s Intel Xeon EM64T: 20  3.2 + 4  2.8 GHz) 11 SATA RAID5 (400 GB disks) +1 SATA RAID6 (1.0 TB disks) SRM space: ~ 50 TB (currently), upgrade to ~120 TB by LHC startup (end of 2009) Type: DPM (SLC4) Worker Nodes (WN): 68 x86-64 CPU cores (Intel Xeon EM64T 3.4 GHz & E5420 2.5GHz), 0.5 kHEPSPEC06

8. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 8 KIPT CMS Computing Facility Year 2001 – RH Linux cluster of a few dual PIII nodes from 2002 on – participation in CMS Monte Carlo production 2003 – Grid middleware (LCG2) deployed for the first time from 2005 on – the site registered in WLCG (Kharkov-KIPT-LCG2) from 2007 on – SLC cluster built on x86-64 CPU platform 2008 – CMS software (CMSSW & PhEDEx) deployment; site registration in CMS SiteDB (T2_UA_KIPT) 2009 (June) – successful commissioning of T2_UA_KIPT 2009 (July) – T2_UA_KIPT is in “Production” (“Ready” > 80% of time) !!! Up to now, the KIPT computing facility remains to be - the only active WLCG/EGEE site of Ukraine; - the only CMS RDMS T2 site, which is non-”_RU_”

9. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 9 Conditions for site ‘Readiness’ The CMS site readiness takes into account several sources of information to define whether a site is in a good status:  site availability according to the CMS Site Availability Monitor (SAM) testsSite Availability Monitor (SAM) 16 CMS-specific critical tests of CE, SRM (SE) and CMS software in addition to “routine” WLCG SAM tests; daily SAM availability must be  80%  fraction of successful jobs submitted by the Job RobotJob Robot automatic submission and management of “fake” CMS analysis jobs via WLCG (using CRAB) (typically, 6×100 jobs/day); daily JR efficiency must be  80% CRAB  number of operational links connecting the site with other sites number of commissioned links TO Tier-1 sites ≥ 2 (to commission one such link, site has to sustain ≥ 5 MB/s of LoadTest during 24 hours) number of commissioned links FROM Tier-1 sites ≥ 4 (to commission one such link, site has to sustain ≥ 20 MB/s of LoadTest during 24 hours)

10. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 10 04 Sep 2009 12:41http://dashb-ssb.cern.ch/dashboard/request.py/siteview?

11. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 11 Commissioning of first 6 T2_UA_KIPT uplinks LoadTest from: CH_CERN ES_PIC DE_FZK IT_CNAF US_FNAL FR_CCIN2P3

12. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 12 Commissioning of first 6 T2_UA_KIPT uplinks (II) 33.02 TB

13. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 13 Internet Connectivity Network backbone for academic institutes of Ukraine Project has been completed in 2007 – 2008 (UARNET) KIPT 10 Gbit/s L’vovKiev Kharkov Frankfurt DE Moscow RU Connectivity of NSC KIPT -- 2 Gbit/s Connectivity of Kharkov-KIPT-LCG2 (T2_UA_KIPT) -- up to 1 Gbit/s

14. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 14 T2_UA_KIPT T2_RU_ITEP T2_RU_SINP T2_RU_JINR http://lhcweb.pic.es/cms/SiteReadinessPlots 01 September 2009 T2 site quality ranking in August 2009

15. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 15 ITEP JINRSINP KIPTIHEPRC KI INR Activity of CMS RDMS T2 sites in August 09 -- MC Production -- Data Analysis Thanks to Peter Kreuzer Units: average number of CMS jobs at a given moment of the day

16. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 16 T2_UA_KIPT pledge for 1st half of 2009 CMS Т2 site in 2010 (CMS Comp. ТDR) SRM Storage (TB)50200 WN (kHEPSPEC06)0.54 Connectivity (Gbit/s)0.41.0 Resources: available vs. needed For 2-nd half of 2009: storage upgrade up to 120 TB Major upgrade of CPU capacity is planned for 2010 No problem to have connectivity of 1 Gbit/s right now

17. 11 September 09 L.Levchuk, NEC'09, Varna, Bulgaria 17SUMMARY  Preparation of KIPT WLCG infrastructure for CMS data analysis is in good progress  Site T2_UA_KIPT is commissioned (‘Ready’)  Site T2_UA_KIPT is stable (‘Ready’ >80% of time)  Upgrade of hardware to fit CMS Computing TDR requirements is still needed