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Strategy for monitoring multiple trigger paths and lepton primitives, defining standards, and evaluating event selection based on offline lepton criteria. Meeting focuses on trigger efficiency and event criteria for data analysis from 2002-2004.
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SUSY DILEPTON TRIGGER MONITORING M.Rossi (Udine University) Multilepton Meeting
Strategy In addition to the monitoring study for each trigger path monitoring study for each lepton primitive Instead of ~20 trigger paths 6 lepton primitives STANDARD DEFINITION for each lepton primitive: CEM4: L1_CEM4_PT4, L2_CEM4_PT4_CES2 CEM8: L1_CEM8_PT8, L2_CEM8_PT8_CES2 PEM8: L1_EM8, L2_PEM8 CMU4: L1_CMU4 CMUP4: L1_CMUP6_PT4 CMX4: L1_CMX4_CSX Multilepton Meeting
R: DOWNSTREAMAPPROACH For each TRIGGER PATH (T.P.) count: N : # evts selected by the T.P. N1: # evts with offline lepton 1 N2: # evts with offline lepton 2 R1≡ N1/N R2 ≡ N2/N R In addition we ask that the events satisfy the STANDARD DEFINITION of lepton1 and lepton 2 primitives RST Multilepton Meeting
CEM4_CMUP4 R RST Multilepton Meeting
CEM4_CMX4 R RST Multilepton Meeting
CEM4 R R Multilepton Meeting
CEM4 RST Multilepton Meeting
CMUP4 R R Multilepton Meeting
CMUP4 RST Multilepton Meeting
CMX R R Multilepton Meeting
CMX RST Multilepton Meeting
NEXT • Good run list for each lepton primitive Multilepton Meeting
RUNS SELECTED FOLLOWING DQM CRITERIA • ONLINE bits required to be good: CLC,L1T,L2T,L3T,CAL,COT • OFFLINE bits required to be good: COT,CAL • From 2002 to 02.13.2004 (no runs with COT problems) • Using pre filter data 1324 RUNS, 257 pb-1 Multilepton Meeting