The design and performance of the atlas inner detector trigger in high pileup collisions at 13 TeV at the Large Hadron Collider. / Kilby, Callum.

26th International Symposium on Nuclear Electronics and Computing (NEC 2017). ed. / Vladimir Korenkov; Andrey Nechaevskiy. Vol. 2023 Vladimir Korenkov, Andrey Nechaevskiy, 2017. p. 188-197 (CEUR Workshop Proceedings).

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Published

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The design and performance of the atlas inner detector trigger in high pileup collisions at 13 TeV at the Large Hadron Collider. / Kilby, Callum.

26th International Symposium on Nuclear Electronics and Computing (NEC 2017). ed. / Vladimir Korenkov; Andrey Nechaevskiy. Vol. 2023 Vladimir Korenkov, Andrey Nechaevskiy, 2017. p. 188-197 (CEUR Workshop Proceedings).

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Harvard

Kilby, C 2017, The design and performance of the atlas inner detector trigger in high pileup collisions at 13 TeV at the Large Hadron Collider. in V Korenkov & A Nechaevskiy (eds), 26th International Symposium on Nuclear Electronics and Computing (NEC 2017). vol. 2023, CEUR Workshop Proceedings, Vladimir Korenkov, Andrey Nechaevskiy, pp. 188-197, 26th International Symposium on Nuclear Electronics and Computing, Budva, Montenegro, 25/09/17.

APA

Kilby, C. (2017). The design and performance of the atlas inner detector trigger in high pileup collisions at 13 TeV at the Large Hadron Collider. In V. Korenkov, & A. Nechaevskiy (Eds.), 26th International Symposium on Nuclear Electronics and Computing (NEC 2017) (Vol. 2023, pp. 188-197). (CEUR Workshop Proceedings). Vladimir Korenkov, Andrey Nechaevskiy.

Vancouver

Kilby C. The design and performance of the atlas inner detector trigger in high pileup collisions at 13 TeV at the Large Hadron Collider. In Korenkov V, Nechaevskiy A, editors, 26th International Symposium on Nuclear Electronics and Computing (NEC 2017). Vol. 2023. Vladimir Korenkov, Andrey Nechaevskiy. 2017. p. 188-197. (CEUR Workshop Proceedings).

Author

Kilby, Callum. / The design and performance of the atlas inner detector trigger in high pileup collisions at 13 TeV at the Large Hadron Collider. 26th International Symposium on Nuclear Electronics and Computing (NEC 2017). editor / Vladimir Korenkov ; Andrey Nechaevskiy. Vol. 2023 Vladimir Korenkov, Andrey Nechaevskiy, 2017. pp. 188-197 (CEUR Workshop Proceedings).

BibTeX

@inproceedings{a8d089069f604df9b71913fb53e38113,
title = "The design and performance of the atlas inner detector trigger in high pileup collisions at 13 TeV at the Large Hadron Collider",
abstract = "The design and performance of the ATLAS Inner Detector (ID) trigger algorithms running online on the high level trigger (HLT) processor farm for 13 TeV LHC collision data with high pileup are discussed. The HLT ID tracking is a vital component in all physics signatures in the ATLAS Trigger for the precise selection of the rare or interesting events necessary for physics analysis without overwhelming the offline data storage in terms of both size and rate. To cope with the high expected interaction rates in the 13 TeV LHC collisions the ID trigger was redesigned during the 2013-15 long shutdown. The performance of the ID Trigger in the 2016 data from 13 TeV LHC collisions has been excellent and exceeded expectations as the interaction multiplicity increased throughout the year. The detailed efficiencies and resolutions of the trigger in a wide range of physics signatures are presented, to demonstrate how the trigger responded well under the extreme pileup conditions. The performance of the ID Trigger algorithms in the first data from the even higher interaction multiplicity collisions from 2017 are presented, and illustrates how the ID tracking continues to enable the ATLAS physics program currently, and will continue to do so in the future.",
keywords = "tracking, track, inner detector, ID, reconstruction, trigger, triggering, pixel, silicon, SCT, run 2, computing, atlas, hep, LHC, vertex, vertexing, muon, jet",
author = "Callum Kilby",
year = "2017",
month = "12",
day = "18",
language = "English",
volume = "2023",
series = "CEUR Workshop Proceedings",
publisher = "Vladimir Korenkov, Andrey Nechaevskiy",
pages = "188--197",
editor = "Vladimir Korenkov and Andrey Nechaevskiy",
booktitle = "26th International Symposium on Nuclear Electronics and Computing (NEC 2017)",

}

RIS

TY - GEN

T1 - The design and performance of the atlas inner detector trigger in high pileup collisions at 13 TeV at the Large Hadron Collider

AU - Kilby, Callum

PY - 2017/12/18

Y1 - 2017/12/18

N2 - The design and performance of the ATLAS Inner Detector (ID) trigger algorithms running online on the high level trigger (HLT) processor farm for 13 TeV LHC collision data with high pileup are discussed. The HLT ID tracking is a vital component in all physics signatures in the ATLAS Trigger for the precise selection of the rare or interesting events necessary for physics analysis without overwhelming the offline data storage in terms of both size and rate. To cope with the high expected interaction rates in the 13 TeV LHC collisions the ID trigger was redesigned during the 2013-15 long shutdown. The performance of the ID Trigger in the 2016 data from 13 TeV LHC collisions has been excellent and exceeded expectations as the interaction multiplicity increased throughout the year. The detailed efficiencies and resolutions of the trigger in a wide range of physics signatures are presented, to demonstrate how the trigger responded well under the extreme pileup conditions. The performance of the ID Trigger algorithms in the first data from the even higher interaction multiplicity collisions from 2017 are presented, and illustrates how the ID tracking continues to enable the ATLAS physics program currently, and will continue to do so in the future.

AB - The design and performance of the ATLAS Inner Detector (ID) trigger algorithms running online on the high level trigger (HLT) processor farm for 13 TeV LHC collision data with high pileup are discussed. The HLT ID tracking is a vital component in all physics signatures in the ATLAS Trigger for the precise selection of the rare or interesting events necessary for physics analysis without overwhelming the offline data storage in terms of both size and rate. To cope with the high expected interaction rates in the 13 TeV LHC collisions the ID trigger was redesigned during the 2013-15 long shutdown. The performance of the ID Trigger in the 2016 data from 13 TeV LHC collisions has been excellent and exceeded expectations as the interaction multiplicity increased throughout the year. The detailed efficiencies and resolutions of the trigger in a wide range of physics signatures are presented, to demonstrate how the trigger responded well under the extreme pileup conditions. The performance of the ID Trigger algorithms in the first data from the even higher interaction multiplicity collisions from 2017 are presented, and illustrates how the ID tracking continues to enable the ATLAS physics program currently, and will continue to do so in the future.

KW - tracking

KW - track

KW - inner detector

KW - ID

KW - reconstruction

KW - trigger

KW - triggering

KW - pixel

KW - silicon

KW - SCT

KW - run 2

KW - computing

KW - atlas

KW - hep

KW - LHC

KW - vertex

KW - vertexing

KW - muon

KW - jet

M3 - Conference contribution

VL - 2023

T3 - CEUR Workshop Proceedings

SP - 188

EP - 197

BT - 26th International Symposium on Nuclear Electronics and Computing (NEC 2017)

A2 - Korenkov, Vladimir

A2 - Nechaevskiy, Andrey

PB - Vladimir Korenkov, Andrey Nechaevskiy

ER -

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