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Straight line track reconstruction for the ATLAS IBL testbeam with the EUDET telescope.

Track reconstruction based on the Kalman filter has been implemented for straight line tracks in data taken with the EUDET beam telescope. The information filter formulation of the Kalman filter has been used to implement the combinatorial Kalman filter and the Deterministic Annealing Filter to deal...

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Detalles Bibliográficos
Autores principales: Gjersdal, Håvard, Strandlie, Are, Røhne, Ole
Lenguaje:eng
Publicado: 2014
Materias:
Acceso en línea:http://cds.cern.ch/record/1708349
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author Gjersdal, Håvard
Strandlie, Are
Røhne, Ole
author_facet Gjersdal, Håvard
Strandlie, Are
Røhne, Ole
author_sort Gjersdal, Håvard
collection CERN
description Track reconstruction based on the Kalman filter has been implemented for straight line tracks in data taken with the EUDET beam telescope. The information filter formulation of the Kalman filter has been used to implement the combinatorial Kalman filter and the Deterministic Annealing Filter to deal with noisy input data. In addition to the Kalman filter based track finding, a new and simple to develop and implement track finding method based on cluster finding has been studied. The methods have been tested and compared using a simple simulation. The simulation studies show that both the combinatorial Kalman filter and the cluster track finder have high track finding efficiency, and that the Deterministic Annealing Filter is able to reduce the noise contamination and improve the precision of the track estimates. Real test beam data has been reconstructed with excellent goodness of fit.
id cern-1708349
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2014
record_format invenio
spelling cern-17083492019-09-30T06:29:59Zhttp://cds.cern.ch/record/1708349engGjersdal, HåvardStrandlie, AreRøhne, OleStraight line track reconstruction for the ATLAS IBL testbeam with the EUDET telescope.Particle Physics - ExperimentTrack reconstruction based on the Kalman filter has been implemented for straight line tracks in data taken with the EUDET beam telescope. The information filter formulation of the Kalman filter has been used to implement the combinatorial Kalman filter and the Deterministic Annealing Filter to deal with noisy input data. In addition to the Kalman filter based track finding, a new and simple to develop and implement track finding method based on cluster finding has been studied. The methods have been tested and compared using a simple simulation. The simulation studies show that both the combinatorial Kalman filter and the cluster track finder have high track finding efficiency, and that the Deterministic Annealing Filter is able to reduce the noise contamination and improve the precision of the track estimates. Real test beam data has been reconstructed with excellent goodness of fit.ATL-INDET-PUB-2014-003oai:cds.cern.ch:17083492014
spellingShingle Particle Physics - Experiment
Gjersdal, Håvard
Strandlie, Are
Røhne, Ole
Straight line track reconstruction for the ATLAS IBL testbeam with the EUDET telescope.
title Straight line track reconstruction for the ATLAS IBL testbeam with the EUDET telescope.
title_full Straight line track reconstruction for the ATLAS IBL testbeam with the EUDET telescope.
title_fullStr Straight line track reconstruction for the ATLAS IBL testbeam with the EUDET telescope.
title_full_unstemmed Straight line track reconstruction for the ATLAS IBL testbeam with the EUDET telescope.
title_short Straight line track reconstruction for the ATLAS IBL testbeam with the EUDET telescope.
title_sort straight line track reconstruction for the atlas ibl testbeam with the eudet telescope.
topic Particle Physics - Experiment
url http://cds.cern.ch/record/1708349
work_keys_str_mv AT gjersdalhavard straightlinetrackreconstructionfortheatlasibltestbeamwiththeeudettelescope
AT strandlieare straightlinetrackreconstructionfortheatlasibltestbeamwiththeeudettelescope
AT røhneole straightlinetrackreconstructionfortheatlasibltestbeamwiththeeudettelescope