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Grid computing at RHUL |
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Access to massive computing resources is becoming key to doing particle physics research. The same trend is emerging across science in general. |
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< < | We will need a huge amount of computing power and data storage capacity to analyse data from the LHC. |
> > | We will need a huge amount of computing power and data storage capacity to analyse data from the ATLAS and the other LHC experiments. |
| To this end, we operate two high performance computing clusters: Faraday and Newton. |
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< < | Our most recent acquisition, Newton has 960 kSI2k of processing power and 330 TeraBytes of storage. |
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< < | These clusters form part of the London Grid , which provides Grid computing services to the UK particle physics Grid, GridPP . The primary aim of the Grid service is to deliver the computing facilities needed to analyse LHC data . However, during commissioning, spare processing time has been put to good use on projects like simulations to test potential Avian flu drugs . |
> > | Our most recent acquisition 'Newton' has 960 kSI2k of processing power from 400 processor cores and 300 TeraBytes of RAID6 storage. The Newton cluster was supplied by Clustervision . It runs the gLite middleware to provide Grid compute and storage services to a wide range of virtual organisations, with particular emphasis on ATLAS.
These clusters form part of the London Grid , a consortium of London colleges which provides Grid computing services to the UK particle physics Grid, GridPP . The primary aim of the Grid service is to deliver the computing facilities needed to analyse LHC data . However, during commissioning, spare processing time has been put to good use on projects like simulations to test potential Avian flu drugs . |
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Contact: Pedro Teixeira-Dias, SimonGeorge. |