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The first year of the Estonian Grid
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Transcript of The first year of the Estonian Grid
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The first yearThe first yearof the Estonian Gridof the Estonian Grid
Andi HektorAndi Hektor, Mario Kadastik, Martti Raidal -- , Mario Kadastik, Martti Raidal -- NICPBNICPB
Lauri Anton, Hardi Teder -- EENetLauri Anton, Hardi Teder -- EENet
Konstantin Skaburskas -- Tartu Univ.Konstantin Skaburskas -- Tartu Univ.
Vahur Kotkas -- Tallinn Univ. of Tech.Vahur Kotkas -- Tallinn Univ. of Tech.
NGN NGN WorkshopWorkshop in Linöping in Linöping
OctOct 20, 20, 20042004
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Birth of the Estonian Grid (EG)
Jan 29, 2004: the CA (and the phone of the RA),the country GIIS, the first CE
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Brief history of the EG
Jan '04: first components of the EG: EG CA, country level GIIS and first test clusters
Jan '04: NorduGrid technical meeting in Tallinn Feb '04: Centre of High Energy Physics and Computational
Sciences at NICPB Mar '04: some first multiprocessor clusters join the EG Apr '04: CP/CPA draft for the EG CA May '04: first scientific software ported to the EG May '04: Grid laboratory at the Tartu University Jun '04: establishment of the technical coordination group
of the EG Jun-Jul '04: first massive scientific calculations at the EG Okt '04: EG technical support group publishes the first
article about the first scientific results produced with the EG
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Brief history of the EG
Oct 5-7 ’04: The first Baltic Grid meeting
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Current situation of the EG Choice of middleware: NorduGrid ARC EG CA is trusted by EUGridPMA and NorduGrid 62 CPUs in the EG (Pentium4 2.2…3.0 GHz) The country GIIS registers to NorduGrids top level GIISes
0
40
80
120
160
200
Jan-04 Mar-04 May-04 Jul-04 Aug-04 Oct-04Time
Num
ber o
f CP
Us
☺
☹
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Technical support for the EG users
Technical support and coordination group, 6 persons at the different institutions
Support list: [email protected] Web: http://grid.eenet.ee
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Know-how centres Estonian CERN CMS group at NICPB
Porting CMS software to NorduGridCERN Tier 2 planshttp://www.nicpb.ee/centre
UT Lab of Grid technologyDOUG softwareCommercial applications
UT Theoretical chemistryUNICORE, OpenMolGridhttp://www.openmolgrid.org
TUT Lab of cluster technologyEnvironmental scienceHardware systems
Plans: bioinformatics, medicalapplications, nuclear safety
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Structure of the EG
CERN CMS software,
Geant4, etc
Software for nonlinear
dynamics, etc
DOUG software, ID-
card, etc
NICPB UTTUTEENet
Technical supportgroup
Centre for HEP& comp. sciences
EG CA
Technical supportgroup
Country-level GIIS
Cluster Laboratory
Grid Laboratory
EAS
Commercialapplications
Lectures,seminars, user support
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Political structure and cost of the EG The political structure of the EG
- the steering committee of the EG is establishing
- EENet, NICPB, TUT, UT The cost of the EG
- 0 euros in this year- based volunteers in this year- 4-6 persons are involved, not full-time- the budget of the next year is open
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Some excellent possibilities of the EG Electronic ID-card infrastructure (600 000 ID-
cards), it is easy to use for the Grid Local experiences with E-money and rental
software Good connections to NorduGrid
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Support project for the commercial applications
AS EGeen: analyse of gene information OÜ Nukufilm: animations and rendering OÜ Vendomar: testing of the applications AS Sertifitseerimiskeskus: ID-card and its applications AS Silmet: nuclear and radiation safety AS Tallinna Diagnostikakeskus: medical applications Other: Centre of Radiation Safety, the Ministry of Defence
Estonian Grid, NorduGrid NICPB Institute of Physics at the UT
Coordinator:Coordinator: The Lab of Grid Technology at the UT
Companies:Companies:
Collaboration:Collaboration:
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Some applications: Geant4 (1/3)
Medical applications
Nuclear safety
Materials for the nuclear industry
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Mobile gamma spectrometry Need for modelling: Monte Carlo (Geant4) Computational power: NorduGridi, EG Collaboration: NICPB and UT in Estonia; STUK, HIP and
MATINE in Finland
Some applications: Geant4 (2/3)
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Some applications: Biotech (3/3)
EGeen, Estonian Gene Foundation
Personalized medicine
Analyse of the gene information on the Grid
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First scientific results from the EG: nuclear safety calculations using Geant4The total time of the computations was 417 CPU days. The
speed of the CPUs used were between 2.4 GHz and 3.06 GHz (IntelPentium 4).
In total there were 17 failed jobs (2.6%) during the computations, probably due to random hardware errors. There were 16 post-processing errors (2.5%) due to the instability of the hardware/software caused by the external factors: blackouts of electric grid, overheating, etc.
94%
3%
3%
0%Correct jobs
During comp
Post-proc
Other
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Thank you!