Oliver Gutsche - CMS / Fermilab Analyzing Millions of Gigabyte of LHC Data for CMS - Discover the Higgs on OSG.

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Presentation transcript:

Oliver Gutsche - CMS / Fermilab Analyzing Millions of Gigabyte of LHC Data for CMS - Discover the Higgs on OSG

Oliver Gutsche - Discover the Higgs on OSG Midwest Grid Workshop Particle Physics Investigate structure of matter by Colliding elementary particles Detecting collision products Standard Model Describe structure of matter using mathematical concepts: Standard Model Higgs Higgs: concept to describe mass of particles not discovered yet ➠ LHC Acceleration Deflection Vacuum Collision Higher Energy = Smaller Objects can be “seen”

Oliver Gutsche - Discover the Higgs on OSG Midwest Grid Workshop LHC and CMS LHC Large Hadron Collider at CERN, Geneva, Switzerland Proton-Proton collisions Beam energy: 7 Terra Electron Volts ➡ 40 t truck hitting wall at 90 MPH Circumference: 27 km C M S Compact Muon Solenoid:One of 4 particle collision detectors at the LHC Width: 22m, Diameter: 15m Weight: 14,500 t International collaboration of 2000 physicist

Oliver Gutsche - Discover the Higgs on OSG Midwest Grid Workshop CMS Data Analysis Collisions occur at 40 MHz Trigger reduces to 150 Hz Output contains all recorded detector signals and derived information, called “Event” Events are analyzed separately (High degree of parallelization) Data recording: 1.8 MB/evt. Simulation: 2.5 MB/evt. Estimated number of recorded and simulated events 300 million 2007: 300 million 3 billion 2008: 3 billion Peta-scale data volumes 640 TeraByte 2007: 640 TeraByte 6400 TeraByte 2008: 6400 TeraByte

Oliver Gutsche - Discover the Higgs on OSG Midwest Grid Workshop CMS Tier Structure 2000 physicists scattered around the globe want to analyze CMS data Analysis is location driven “Job is sent where the data is stored.” CMS follows GRID approach to distribute data storage and processing world-wide CERNCERN 1 Tier 0 USAUSA UKUK ItalyItaly FranceFrance GERGER SpainSpain TaiwanTaiwan 7 Tier 1 data recording Recorded and simulated events Distributed across all Tier 1 centers Tier 1 main function: Store events on tape for backup Provide access to events For extraction of sub- samples of analysis interests ~25 Tier 2 Extracts of recorded and simulated events Distributed between Tier 2 centers (several replicas) Tier 2 main function: Provide access to events for user analysis

Oliver Gutsche - Discover the Higgs on OSG Midwest Grid Workshop Demonstration idWestGridWorkshop2007