Performance implications of virtualization and hyper-threading on high energy physics applications in a Grid environment

Bibliographic Details
Main Authors: Gilbert, L, Tseng, J, Newman, R, Iqbal, S, Pepper, R, Celebioglu, O, Hsieh, J, Cobban, M
Format: Journal article
Published: 2005
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author Gilbert, L
Tseng, J
Newman, R
Iqbal, S
Pepper, R
Celebioglu, O
Hsieh, J
Cobban, M
author_facet Gilbert, L
Tseng, J
Newman, R
Iqbal, S
Pepper, R
Celebioglu, O
Hsieh, J
Cobban, M
author_sort Gilbert, L
collection OXFORD
description
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format Journal article
id oxford-uuid:770fa3e9-452f-4aa5-8b84-75def0af4fc4
institution University of Oxford
last_indexed 2024-03-07T00:04:27Z
publishDate 2005
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spelling oxford-uuid:770fa3e9-452f-4aa5-8b84-75def0af4fc42022-03-26T20:20:40ZPerformance implications of virtualization and hyper-threading on high energy physics applications in a Grid environmentJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:770fa3e9-452f-4aa5-8b84-75def0af4fc4Symplectic Elements at Oxford2005Gilbert, LTseng, JNewman, RIqbal, SPepper, RCelebioglu, OHsieh, JCobban, M
spellingShingle Gilbert, L
Tseng, J
Newman, R
Iqbal, S
Pepper, R
Celebioglu, O
Hsieh, J
Cobban, M
Performance implications of virtualization and hyper-threading on high energy physics applications in a Grid environment
title Performance implications of virtualization and hyper-threading on high energy physics applications in a Grid environment
title_full Performance implications of virtualization and hyper-threading on high energy physics applications in a Grid environment
title_fullStr Performance implications of virtualization and hyper-threading on high energy physics applications in a Grid environment
title_full_unstemmed Performance implications of virtualization and hyper-threading on high energy physics applications in a Grid environment
title_short Performance implications of virtualization and hyper-threading on high energy physics applications in a Grid environment
title_sort performance implications of virtualization and hyper threading on high energy physics applications in a grid environment
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