Applying the 'Simple Accelerator Modelling in Matlab' (SAMM) Code to High Luminosity LHC Upgrade

The "Simple Accelerator Modelling in Matlab" (SAMM) code is a set of Matlab routines for modelling beam dynamics in high energy particle accelerators. It includes a set of CUDA codes that can be run on a Graphics Processor Unit. These can be called from SAMM and can speed up tracking simul...

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Detalles Bibliográficos
Autores principales: Hock, Kai M, Wolski, Andrzej, Appleby, Robert
Lenguaje:eng
Publicado: 2013
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/2010150
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author Hock, Kai M
Wolski, Andrzej
Appleby, Robert
author_facet Hock, Kai M
Wolski, Andrzej
Appleby, Robert
author_sort Hock, Kai M
collection CERN
description The "Simple Accelerator Modelling in Matlab" (SAMM) code is a set of Matlab routines for modelling beam dynamics in high energy particle accelerators. It includes a set of CUDA codes that can be run on a Graphics Processor Unit. These can be called from SAMM and can speed up tracking simulations by 100 times. To make use of this potential for the computationally intensive LHC upgrade simulations, we have developed additional Matlab and CUDA routines to simulate the full set of elements that are present in the Large Hadron Collider. We present the results of applying these codes to dynamic aperture calculations. These results are benchmarked against PTC and MADX.
id oai-inspirehep.net-1338961
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2013
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spelling oai-inspirehep.net-13389612022-08-17T13:29:27Zhttp://cds.cern.ch/record/2010150engHock, Kai MWolski, AndrzejAppleby, RobertApplying the 'Simple Accelerator Modelling in Matlab' (SAMM) Code to High Luminosity LHC UpgradeAccelerators and Storage RingsThe "Simple Accelerator Modelling in Matlab" (SAMM) code is a set of Matlab routines for modelling beam dynamics in high energy particle accelerators. It includes a set of CUDA codes that can be run on a Graphics Processor Unit. These can be called from SAMM and can speed up tracking simulations by 100 times. To make use of this potential for the computationally intensive LHC upgrade simulations, we have developed additional Matlab and CUDA routines to simulate the full set of elements that are present in the Large Hadron Collider. We present the results of applying these codes to dynamic aperture calculations. These results are benchmarked against PTC and MADX.oai:inspirehep.net:13389612013
spellingShingle Accelerators and Storage Rings
Hock, Kai M
Wolski, Andrzej
Appleby, Robert
Applying the 'Simple Accelerator Modelling in Matlab' (SAMM) Code to High Luminosity LHC Upgrade
title Applying the 'Simple Accelerator Modelling in Matlab' (SAMM) Code to High Luminosity LHC Upgrade
title_full Applying the 'Simple Accelerator Modelling in Matlab' (SAMM) Code to High Luminosity LHC Upgrade
title_fullStr Applying the 'Simple Accelerator Modelling in Matlab' (SAMM) Code to High Luminosity LHC Upgrade
title_full_unstemmed Applying the 'Simple Accelerator Modelling in Matlab' (SAMM) Code to High Luminosity LHC Upgrade
title_short Applying the 'Simple Accelerator Modelling in Matlab' (SAMM) Code to High Luminosity LHC Upgrade
title_sort applying the 'simple accelerator modelling in matlab' (samm) code to high luminosity lhc upgrade
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/2010150
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AT wolskiandrzej applyingthesimpleacceleratormodellinginmatlabsammcodetohighluminositylhcupgrade
AT applebyrobert applyingthesimpleacceleratormodellinginmatlabsammcodetohighluminositylhcupgrade

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