Zone des développeurs Intel®:
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Juste publié ! Intel® Xeon Phi™ Coprocessor High Performance Programming 
Apprenez les fondements de la programmation pour cette nouvelle architecture et les nouveaux produits. Nouveau !		 Intel® System Studio
Intel® System Studio est une suite exhaustive d’outils intégrés de développement de logiciels qui peut accélérer la mise sur le marché, renforcer la fiabilité des systèmes et améliorer l’efficacité énergétique et les performances. Nouveau !
Au cas où vous l’avez manqué – Rediffusion du webinaire en direct de deux jours
Introduction au développement d’applications hautes performances pour processeurs Intel® Xeon® et coprocesseurs Intel® Xeon Phi™.		 Structured Parallel Programming
Les auteurs Michael McCool, Arch D. Robison et James Reinders utilisent une approche basée sur des modèles structurés qui devrait rendre le sujet accessible à tous les développeurs de logiciels.

Optimisez les performances de vos applications grâce à la programmation parallèle et avec l'aide des ressources novatrices d'Intel.

Ressources de développement

Outils de développement

  

Intel® Parallel Studio ›

Intel® Parallel Studio, qui apporte aux développeurs Microsoft Visual Studio* C/C++ un traitement parallèle de bout en bout simplifié, fournit des outils avancés permettant d’optimiser les applications clientes pour un traitement multicœur et à nombreux cœurs.

Produits Intel® de développement logiciel ›

Explorez tous les outils qui vous aideront à optimiser vos applications pour l’architecture Intel. Certains outils sont disponibles pour une période d’évaluation gratuite de 45 jours.

Base de connaissances sur les outils ›

Trouvez des guides et des informations d'assistance sur les outils Intel.
16-déc-2011
4:33 AM PST
Producer-consumer problem and max subarray problem
By qgalvane0
How to use the producer/consumer problem with the max subarray sum problem
16-déc-2011
4:33 AM PST
Maximum Sub-Array Problem Solution
By iradiax0
This article explains the algorithm used for solving the maximum sub-array problem of the Intel Acceler8 contest
25-nov-2011
2:06 AM PST
Maximum subarray problem adapted for manycore architectures
By Grigore Lupescu0
In this article we present a case study of a highly parallel problem (Maxium subarray problem – Kadane2D) implemented and adapted for Intel' MTL cluster architecture.
23-nov-2011
6:40 AM PST
Using Intel® Manycore Testing Lab from linux
By ph0b0
Small guide to introduce you to MTL use from linux.

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Earlham College Code for Good Live Blog
By Paul Steinberg ...Posted Avril 5th 20131
Code for Good Hackathon at Earlham College, April 27, 2013 - Hacking for Climate Change Actions This is the live blog for the Intel/Earlham College ...
OpenCL Developers Kit 2013 Now Available with support for OpenCL 1.2 and future 4th Gen Intel® Core™ Processor
By Arnon Peleg (Intel)Posted Avril 2nd 20132
If you’re working on a cutting-edge visual computing application, download the new release the Intel® Software Development Kit (SDK) for OpenCL Applications 2013 to realize efficiency, performance and power savings.  The new SDK includes certified OpenCL 1.2 support on 3rd and future 4th ...
The Intel Xeon Phi coprocessor: What is it and why should I care? Part 2: Getting even more parallelism
By Taylor Kidd (Intel)Posted Avril 1st 20130
TITLE: “The Intel Xeon Phi coprocessor: What is it and why should I care?” PART 2: “Getting even more parallelism” In part 1, we talked about how it was possible to squeeze all those 60+ cores onto one slab of silicon. Even so, 60+ Intel® Pentiums® processors do not get you all the way to the ...
Intel® Xeon Phi™ coprocessor Power Management Pt 0: Introduction and inquiring minds
By Taylor Kidd (Intel)Posted Mars 24th 20130
So exactly which power states exist on the Intel® Xeon Phi™ coprocessor? What happens in each of the power states? Inquiring minds want to know. And since you are, no doubt, aggressively involved in high performance computing (HPC), I am sure you want to know also. This is not going to be a high ...

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rmf166ven, Décembre 7th 2012 - 9:15
OpenMP Array Reduction in Fortran5
Howdy, I have two simple questions. First, are Fortran arrays used in the OpenMP REDUCTION clause considered PRIVATE or FIRSTPRIVATE? In other words, are they assumed to be initialized or uninitialized? Secondly, is it possible to perform a reduction on only part of an array? Sometimes it is ...
jczhang_bjven, Novembre 9th 2012 - 9:32
Better performance with more threads than number of cores?7
Hello,  I read a report. The authors parallized a memory intensive application with multithreading (by pthreads). They tested the performance on a compute node of two 6-core Xeon X5650. They found the performance will increase with the number for threads, even if the number of theads(e.g., up to ...
Larry A.dim, Novembre 4th 2012 - 5:45
OpenMPI Rankfile Support Requested2
With the number of cores increasing on the various OS platforms, in order to maximize efficiency when there are multiple jobs running on the same physical machine, I believe it would be in Intels best interest to support the rankfile syntax used by OpenMPI.  This allows upstream schedulers to ...
Abhishek 81mer, Octobre 24th 2012 - 0:42
OpenMP and ways to integrate it with .net 4.512
@Patrick The article for OpenMP was published.

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