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August 2012
Uppsala: The 35th CERN School of Computing
The 35th CERN School of Computing will be held at the Uppsala University, Sweden from Monday 13th of August to Friday 24th August 2012 Programme highlights The CERN School of Computing 2011 is organised around 3 thematic themes, each theme comprising lectures and exercises. Do you know how to bridge Grids and Clouds using virtualization technology? Is it possible to simplify LHC physics analysis using virtual machine? How can reliable storage services be built from unreliable hardware? Why are tapes…
Find out more »April 2013
PRACE Spring School on New and Emerging Technologies – Programming for Accelerators
PRACE Spring School on New and Emerging Technologies - Programming for Accelerators, Umeå, Sweden, from Tuesday, April 23, at 09.00 to Friday April 26 at 16.00 (CET), 2013. The Partnership for Advanced Computing in Europe (PRACE) is pleased to announce the Spring School on New and Emerging Technologies - Programming for Accelerators. The Spring School is organized by SNIC and hosted by High Performance Computing Center North (HPC2N) in Umeå, Sweden. Expert presenters from PRACE Advanced Training Centers (PATCs) and…
Find out more »June 2013
The First thematic CERN School of Computing
In 2013, in addition to the main summer school, we inaugurate a new event: a short (one week) thematic school (i.e. focused on one theme) with a limited number of participants. This first tCSC2013 will take place 3rd -7th June in Split, Croatia and is independent from the 2013 CERN School of Computing to be held in August. All participants are welcome, including the former and future CSC participants in the main summer school. The registration is open and will…
Find out more »ComplexHPC Spring School 2013
- - Heterogeneous computing - impact on algorithms - - June 3-7, 2013, Uppsala University, Uppsala, Sweden Introduction and Scope During recent years we are wittnessing significant and irreversible changes the architectural design and the functionality of the available computers. Namely, the technology left the era of continuously improving performance through shorthening the processor clock cycle and exploiting instruction level parallelism and entered the era of improving performance through thread-level parallelism together with high level of heterogeneity, combining numerouc computing…
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