Mapping HPF onto the Grid

For this thesis, we have developed a tool for mapping HPF applications onto the Grid using the GrADS [ea02] infrastructure. To build the mapper, the tool makes use of SPMD taskgraph representation of the application. Using the mapper generated, we have been able to launch an HPF application, namely...

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Bibliographic Details
Main Author: Mandal, Anirban
Other Authors: Kennedy, Ken
Format: Others
Language:English
Published: 2009
Subjects:
Online Access:http://hdl.handle.net/1911/17607
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spelling ndltd-RICE-oai-scholarship.rice.edu-1911-176072013-10-23T04:12:08ZMapping HPF onto the GridMandal, AnirbanComputer ScienceFor this thesis, we have developed a tool for mapping HPF applications onto the Grid using the GrADS [ea02] infrastructure. To build the mapper, the tool makes use of SPMD taskgraph representation of the application. Using the mapper generated, we have been able to launch an HPF application, namely tomcatv, on the Grid. To our knowledge this is the only instance of an HPF application running on the Grid. We have compared the generated mapper with the generic site-aware mapper in GrADSoft. The results show that, for Grid runs of the application on 16 processors distributed over three clusters, our mapper has performance comparable to the generic site-aware mapper in GrADS. On the average, the mapper generated by the tool performs about 5% better than the generic site-aware mapper.Kennedy, Ken2009-06-04T07:57:01Z2009-06-04T07:57:01Z2003ThesisText37 p.application/pdfhttp://hdl.handle.net/1911/17607eng
collection NDLTD
language English
format Others
sources NDLTD
topic Computer Science
spellingShingle Computer Science
Mandal, Anirban
Mapping HPF onto the Grid
description For this thesis, we have developed a tool for mapping HPF applications onto the Grid using the GrADS [ea02] infrastructure. To build the mapper, the tool makes use of SPMD taskgraph representation of the application. Using the mapper generated, we have been able to launch an HPF application, namely tomcatv, on the Grid. To our knowledge this is the only instance of an HPF application running on the Grid. We have compared the generated mapper with the generic site-aware mapper in GrADSoft. The results show that, for Grid runs of the application on 16 processors distributed over three clusters, our mapper has performance comparable to the generic site-aware mapper in GrADS. On the average, the mapper generated by the tool performs about 5% better than the generic site-aware mapper.
author2 Kennedy, Ken
author_facet Kennedy, Ken
Mandal, Anirban
author Mandal, Anirban
author_sort Mandal, Anirban
title Mapping HPF onto the Grid
title_short Mapping HPF onto the Grid
title_full Mapping HPF onto the Grid
title_fullStr Mapping HPF onto the Grid
title_full_unstemmed Mapping HPF onto the Grid
title_sort mapping hpf onto the grid
publishDate 2009
url http://hdl.handle.net/1911/17607
work_keys_str_mv AT mandalanirban mappinghpfontothegrid
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