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Upgrade Ib Mighty Tracker design optimization study using stand-alone T-Track reconstruction

In this study, a new stand-alone T-Track reconstruction algorithm, stereo seeding, is designed and optimized. This tailor-made algorithm is designed to exploit the features of the silicon inner tracker to be installed for Upgrade Ib and Upgrade II as a part of the Mighty Tracker. The T-Track reconst...

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Autor principal: Yang, Chengxi
Lenguaje:eng
Publicado: 2021
Materias:
Acceso en línea:http://cds.cern.ch/record/2783224
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author Yang, Chengxi
author_facet Yang, Chengxi
author_sort Yang, Chengxi
collection CERN
description In this study, a new stand-alone T-Track reconstruction algorithm, stereo seeding, is designed and optimized. This tailor-made algorithm is designed to exploit the features of the silicon inner tracker to be installed for Upgrade Ib and Upgrade II as a part of the Mighty Tracker. The T-Track reconstruction performance of the designs, including the number and coverage of the silicon inner trackers, is investigated with this algorithm. The results of this study provide a preliminary reference to the Framework Technical Design Report for Upgrade II, where options for Upgrade Ib are also presented. In this document, the methodology of the algorithm is described in detail, the results, assumptions, and future considerations of this design optimizing study are presented. This document is the final report for the CERN summer student program.
id cern-2783224
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2021
record_format invenio
spelling cern-27832242021-10-05T19:11:59Zhttp://cds.cern.ch/record/2783224engYang, ChengxiUpgrade Ib Mighty Tracker design optimization study using stand-alone T-Track reconstructionPhysics in GeneralIn this study, a new stand-alone T-Track reconstruction algorithm, stereo seeding, is designed and optimized. This tailor-made algorithm is designed to exploit the features of the silicon inner tracker to be installed for Upgrade Ib and Upgrade II as a part of the Mighty Tracker. The T-Track reconstruction performance of the designs, including the number and coverage of the silicon inner trackers, is investigated with this algorithm. The results of this study provide a preliminary reference to the Framework Technical Design Report for Upgrade II, where options for Upgrade Ib are also presented. In this document, the methodology of the algorithm is described in detail, the results, assumptions, and future considerations of this design optimizing study are presented. This document is the final report for the CERN summer student program.CERN-STUDENTS-Note-2021-191oai:cds.cern.ch:27832242021-10-05
spellingShingle Physics in General
Yang, Chengxi
Upgrade Ib Mighty Tracker design optimization study using stand-alone T-Track reconstruction
title Upgrade Ib Mighty Tracker design optimization study using stand-alone T-Track reconstruction
title_full Upgrade Ib Mighty Tracker design optimization study using stand-alone T-Track reconstruction
title_fullStr Upgrade Ib Mighty Tracker design optimization study using stand-alone T-Track reconstruction
title_full_unstemmed Upgrade Ib Mighty Tracker design optimization study using stand-alone T-Track reconstruction
title_short Upgrade Ib Mighty Tracker design optimization study using stand-alone T-Track reconstruction
title_sort upgrade ib mighty tracker design optimization study using stand-alone t-track reconstruction
topic Physics in General
url http://cds.cern.ch/record/2783224
work_keys_str_mv AT yangchengxi upgradeibmightytrackerdesignoptimizationstudyusingstandalonettrackreconstruction