<p>Poster presented at the International Conference on Scientific Computing 2013.</p> <p>A methodology for porting the SHTns library on Intel Xeon Phi 3120P was presented as well as a comparison of performance with 2 CPU configurations :</p> <p>- 2x Sandy Bridge 2.6 GHz 8c</p> <p>- 2x Ivy Bridge 2.7 GHz 12c.</p
2016The Intel Xeon Phi is a relative newcomer to the scientific computing scene. In the recent year...
As Moore s law continues, processors keep getting more cores packed together on the chip. This thesi...
Modern computing architectures allow for unprecedented levels of parallelization, bringing a much-n...
International audienceThis work describes the challenges presented by porting parts of the gysela co...
This work describes the challenges presented by porting parts of the Gysela code to the In...
Scientific computing workloads are well suited to parallel accelerators such as GPGPUs and the Intel...
Intel's Xeon Phi combines the parallel processing power of a many-core accelerator with the programm...
CP2K is an important European program for atomistic simulation for many users of the PRACE Research ...
This whitepaper studies the execution speed of the Intel Xeon Phi coprocessor when running a molecul...
In this paper we describe different applications we have ported to Intel Xeon Phi architectures, ana...
In this session we show, in two case studies, how the roofline feature of Intel Advisor has been uti...
This Best Practice Guide provides information about Intel’s Many Integrated Core (MIC) architecture ...
James Reinders (Chief Evangelist of Intel® Software at Intel) and Jim Jeffers (Principal Engineer at...
This whitepaper presents experiences integrating Xeon Phi to a cluster system as well as porting and...
The whitepaper reports our investigation into the porting, optimization and subsequent performance o...
2016The Intel Xeon Phi is a relative newcomer to the scientific computing scene. In the recent year...
As Moore s law continues, processors keep getting more cores packed together on the chip. This thesi...
Modern computing architectures allow for unprecedented levels of parallelization, bringing a much-n...
International audienceThis work describes the challenges presented by porting parts of the gysela co...
This work describes the challenges presented by porting parts of the Gysela code to the In...
Scientific computing workloads are well suited to parallel accelerators such as GPGPUs and the Intel...
Intel's Xeon Phi combines the parallel processing power of a many-core accelerator with the programm...
CP2K is an important European program for atomistic simulation for many users of the PRACE Research ...
This whitepaper studies the execution speed of the Intel Xeon Phi coprocessor when running a molecul...
In this paper we describe different applications we have ported to Intel Xeon Phi architectures, ana...
In this session we show, in two case studies, how the roofline feature of Intel Advisor has been uti...
This Best Practice Guide provides information about Intel’s Many Integrated Core (MIC) architecture ...
James Reinders (Chief Evangelist of Intel® Software at Intel) and Jim Jeffers (Principal Engineer at...
This whitepaper presents experiences integrating Xeon Phi to a cluster system as well as porting and...
The whitepaper reports our investigation into the porting, optimization and subsequent performance o...
2016The Intel Xeon Phi is a relative newcomer to the scientific computing scene. In the recent year...
As Moore s law continues, processors keep getting more cores packed together on the chip. This thesi...
Modern computing architectures allow for unprecedented levels of parallelization, bringing a much-n...