Alya performance benchmark - Revision history

Jing Gong (PDC) at 11:48, 24 April 2013

2013-04-24T11:48:37Z

Torben Rasmussen (NSC) at 06:51, 5 September 2012

2012-09-05T06:51:49Z

Jing Gong (PDC) at 19:18, 4 September 2012

2012-09-04T19:18:40Z

Jing Gong (PDC) at 11:40, 31 August 2012

2012-08-31T11:40:24Z

Jing Gong (PDC): /* Members */

2012-08-31T11:37:40Z

‎Members

Jing Gong (PDC): Created page with "{{project info |description=Alya performance benchmark |fields=Computational fluid dynamics |financing=PRACE |active=yes |start date=2012-06-01 |end date=2013-05-01 }} The Alya ..."

2012-08-31T11:35:23Z

Created page with "{{project info |description=Alya performance benchmark |fields=Computational fluid dynamics |financing=PRACE |active=yes |start date=2012-06-01 |end date=2013-05-01 }} The Alya ..."

New page

{{project info
|description=Alya performance benchmark
|fields=Computational fluid dynamics
|financing=PRACE
|active=yes
|start date=2012-06-01
|end date=2013-05-01
}}

The Alya System is a Computational Mechanics (CM) code with two main features. Firstly, it is specially designed for running with the highest efficiency standards in large scale supercomputing facilities. Secondly, it is capable of solving different physics, each one with its own modelization characteristics, in a coupled way.

== Members ==
{{#ask: [[Category:Person]] [[project::{{PAGENAME}}]]
|?centre
|?role
|?field
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-The Alya system is a high performance computational mechanics code and developed at the Barcelona Supercomputing Center (BSC). Alya is designed from scratch to take profit of parallel architectures.
+The Alya system is a high performance computational mechanics code developed at the Barcelona Supercomputing Center (BSC). Alya is designed from scratch to take advantage of parallel architectures.
-However, it is necessary to discover performance bottlenecks originating from the increase of complexity of each level of concurrency and to correct them in the source code Alya. Together with the main developer (Dr. Guillaume Houzeaux) we will use the performance analysis tools (Vampir and TAU) to investigate the performance analysis and scalability of Alya and do some benchmarks for Alya on different computer platforms.
+However, it is necessary to discover performance bottlenecks originating from the increase of complexity of each level of concurrency and to correct them in the source code Alya. Together with the main developer (Dr. Guillaume Houzeaux) we will use the performance analysis tools (Vampir and TAU) to investigate the performance and scalability of Alya and do some benchmarks with Alya on different computer platforms.
 == Members ==

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 |active=yes
 |start date=2012-06-01
-|end date=2013-05-01
+|end date=2013-08-01
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 == Members ==
 {{#ask: [[Category:Person]] [[project::{{PAGENAME}}]]
-|PDC
+|?centre
-|Application expert
+|?role
-|Computational fluid dynamics
+|?field
 }}