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RAW DIGIL1GctJetCandCollection (forJet)L1GctJetCandCollection (cenJet)L1GctJetCandCollection (tauJet)L1GctEmCandCollection (isoEm)L1GctEmCandCollection (nonIsoEm)GctRawToDigiL1GctEtTotalCollectionL1GlobalTrigger L1GlobalTriggerReadoutRecordL1GctEtMissCollectionL1GctEtHadCollectionFEDRawDataCollectionL1GctHtMissCollectionL1GctHFBitCountsCollectionL1GctHFRingEtSumsCollectionL1GlobalTriggerRawToDigiL1MuGMTCandCollectionFigure 5.2: Relevant event records and producers to produce an emulated global trigger decision for use in pattern decision.The L1GlobalTriggerReadoutRecord instance produced at the end of this process replaces the one from the thirdcolumn in Fig. 5.1 as the input to the pattern generator.55
Logical name Physical input Bits ContentTTRIG PSB9 ch 0/1 64 technical trigger signals (via RJ45)CA1 PSB13 ch 6/7 64 4 isolated e/γ candidatesCA2 PSB13 ch 4/5 64 non-isolated e/γ candidatesCA3 PSB13 ch 2/3 64 central jet candidatesCA4 PSB13 ch 0/1 64 forward jet candidatesCA5 PSB14 ch 6/7 64 τ jet candidatesCA6 PSB14 ch 4/5 64 E T sumsCA7 PSB14 ch 2/3 64 HF bit counts/HF energy sumsCA8 PSB14 ch 0/1 64 currently unusedCA9 PSB15 ch 2/3 64 currently unusedCA10 PSB15 ch 0/1 64 external condition data (via RJ45)MQF4 PSB19 ch 6/7 64 48 MIP/Quiet bits for endcap regionsMQF3 PSB19 ch 4/5 64 48 MIP/Quiet bits for endcap regionsMQB2 PSB19 ch 2/3 64 48 MIP/Quiet bits for barrel regionsMQB1 PSB19 ch 0/1 64 48 MIP/Quiet bits for barrel regionsMQF8 PSB20 ch 6/7 64 48 MIP/Quiet bits for endcap regionsMQF7 PSB20 ch 4/5 64 48 MIP/Quiet bits for endcap regionsMQB6 PSB20 ch 2/3 64 48 MIP/Quiet bits for barrel regionsMQB5 PSB20 ch 0/1 64 48 MIP/Quiet bits for barrel regionsMQF12 PSB21 ch 6/7 64 48 MIP/Quiet bits for endcap regionsMQF11 PSB21 ch 4/5 64 48 MIP/Quiet bits for endcap regionsMQB10 PSB21 ch 2/3 64 48 MIP/Quiet bits for barrel regionsMQB9 PSB21 ch 0/1 64 48 MIP/Quiet bits for barrel regionsRPC forward GMT INA 128 4 regional muon candidates from forward RPCsCSC GMT INB 128 4 regional muon candidates from CSCDT GMT INC 128 4 regional muon candidates from DTRPC barrel GMT IND 128 4 regional muon candidates from barrel RPCsGMT muons - 128Algo - 192 128 algorithm decisionsFINOR - 24 final decision wordTable 5.1: Description of data required for the function tests in one bunch crossings.Rows with a value of - for the input column indicate values that are producedby the GT/GMT system.56
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3.2.10 CMS Online Software . . . .
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factor. The selected events are the
Page 9: Figure 2.1: Expected dijet mass spe
Page 12 and 13: Figure 2.3: Left: Dilepton mass dis
Page 14 and 15: W −Z, γZ, γZ, γW +Z, γFigure
Page 16 and 17: ggHVHg(a)g(b)q¯q¯qHHV ∗q(c)qq(d
Page 18: Events per 4 GeV bin450400350300250
Page 21 and 22: 3 Experimental Setup3.1 Large Hadro
Page 23 and 24: 8.3 T. Such high fields were not ac
Page 26 and 27: luminosity) and limited storage ban
Page 28 and 29: Figure 3.4: Layout of the CMS pixel
Page 30 and 31: Figure 3.6: Transverse section illu
Page 32 and 33: Figure 3.8: HCAL jet energy resolut
Page 34 and 35: staggered by a half-cell each. A dr
Page 36 and 37: acceptance signal is distributed to
Page 38 and 39: Figure 3.11: Generic state machine
Page 40 and 41: Figure 3.12: Components of a CMSSW
Page 42 and 43: 40 MHz Pipeline, Latency < 3.2 µsC
Page 44 and 45: In addition, the GCT calculates a n
Page 46 and 47: Figure 4.4: η boundary between the
Page 48 and 49: Figure 4.5: Organization of the DTT
Page 50 and 51: Condition Type Subtype Parametersmu
Page 52 and 53: oards making up the GT and sends th
Page 54 and 55: • ESProducers: components that re
Page 56 and 57: 5 Pattern Testing for the Level-1 G
Page 58 and 59: the required processing is mostly c
Page 62 and 63: information about an event that is
Page 64 and 65: muons 2 or two PSB channels (named
Page 66 and 67: 5.3 Software ImplementationThe exec
Page 68 and 69: tsframework::CellOperationTestOpera
Page 70 and 71: system. Each subsystem maintains it
Page 72 and 73: Test Execution PanelThe test execut
Page 74 and 75: Figure 5.10: The pattern test resul
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Page 78 and 79: Figure 6.3: Result of a Function Te
Page 80 and 81: Figure 6.6: Disagreements in e/γ a
Page 82 and 83: Figure 6.9: TestCell output from an
Page 84 and 85: Bibliography[1] Abraham Pais. Inwar
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