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Dark Matter, Supersymmetry and the ATLAS Detector

Masters Report Univer sity of Toronto Department of Physics August 21, 2008 A Study of Jet and Missing Transv erse Ener gy Reconstruction and Data Cleaning Techniques on ATLAS Calorimeter Cosmic Ray Data Travis Bain 995981834 Abstract Monte Carlo generated QCD jets, and jets reconstructed from cosmi...

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Autor principal: Saxena, Sheetal
Lenguaje:eng
Publicado: 2017
Acceso en línea:http://cds.cern.ch/record/2244645
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author Saxena, Sheetal
author_facet Saxena, Sheetal
author_sort Saxena, Sheetal
collection CERN
description Masters Report Univer sity of Toronto Department of Physics August 21, 2008 A Study of Jet and Missing Transv erse Ener gy Reconstruction and Data Cleaning Techniques on ATLAS Calorimeter Cosmic Ray Data Travis Bain 995981834 Abstract Monte Carlo generated QCD jets, and jets reconstructed from cosmic ray data are analyzed and compared. This comparison allo ws some of the rst opportunities to run through a full study , from data collection, to reconstruction, to analysis, within ATLAS, using real events. The ability to handle data at every step of the way will be crucial in achie ving a ìsteady-stateî mode of operation in the coming months and years of ATLAS operation. The use of electromagnetic fractions as a data cleaning technique within the ATLAS calorimeter system is also studied and sho wn to be a rob ust tool in remo ving high ener gy cosmic ray events as a background from jet and E Miss T distrib utions
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institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2017
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spelling cern-22446452019-09-30T06:29:59Zhttp://cds.cern.ch/record/2244645engSaxena, SheetalDark Matter, Supersymmetry and the ATLAS DetectorMasters Report Univer sity of Toronto Department of Physics August 21, 2008 A Study of Jet and Missing Transv erse Ener gy Reconstruction and Data Cleaning Techniques on ATLAS Calorimeter Cosmic Ray Data Travis Bain 995981834 Abstract Monte Carlo generated QCD jets, and jets reconstructed from cosmic ray data are analyzed and compared. This comparison allo ws some of the rst opportunities to run through a full study , from data collection, to reconstruction, to analysis, within ATLAS, using real events. The ability to handle data at every step of the way will be crucial in achie ving a ìsteady-stateî mode of operation in the coming months and years of ATLAS operation. The use of electromagnetic fractions as a data cleaning technique within the ATLAS calorimeter system is also studied and sho wn to be a rob ust tool in remo ving high ener gy cosmic ray events as a background from jet and E Miss T distrib utionsoai:cds.cern.ch:22446452017-02-07T13:47:49Z
spellingShingle Saxena, Sheetal
Dark Matter, Supersymmetry and the ATLAS Detector
title Dark Matter, Supersymmetry and the ATLAS Detector
title_full Dark Matter, Supersymmetry and the ATLAS Detector
title_fullStr Dark Matter, Supersymmetry and the ATLAS Detector
title_full_unstemmed Dark Matter, Supersymmetry and the ATLAS Detector
title_short Dark Matter, Supersymmetry and the ATLAS Detector
title_sort dark matter, supersymmetry and the atlas detector
url http://cds.cern.ch/record/2244645
work_keys_str_mv AT saxenasheetal darkmattersupersymmetryandtheatlasdetector