Quick Start C++ AMP en 4 Vidéos

Daniel Moth, PM de la librairie C++ AMP, vient de publier 4 petites vidéos illustrant l’exemple du premier article du magazine MSDN d’avril 12. Setup code – C++ AMP – msdn mag companion part 1 array_view, extent, index – C++ AMP – msdn mag companion part 2  parallel_for_each – C++ AMP – msdn mag companion…

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Webcast C++ AMP en Français bientôt disponible

J’ai enregistré aujourd’hui une session complète sur C++ AMP au Studio Microsoft France. Cette vidéo sera normalement disponible en avril prochain. En attendant je propose les slides et les sources des exemples. A bientôt Bruno boucard.bruno@free.fr WebCast C++ AMP 27 Mars 2012.zip

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Daniel Moth: Blazing-fast code using GPUs and more, with C++ AMP

Toujours dans le cadre de la conférence AMD Fusion Developer Summit, voici une session complète sur C++ AMP animée par Daniel Moth, qui vient compléter la présentation d’Herb Sutter durant le Keynote. Les sildes A bientôt, Bruno boucard.bruno@free.fr

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ADM Fusion Developer Summit: Herb Sutter présente C++ AMP

Voici la superbe session où le célèbre Herb Sutter, durant la conférence AMD Fusion Developer Summit, a présenté la démocratisation progressive du parallélisme sur des processeurs multicoeurs et maintenant sur des GPUs. Je vous invite à regarder la très belle démonstration animée par Daniel Moth (très impressionnante). La dernière partie de la session est consacrée…

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ISTEP EMEA 2011–Technical Session: Intel® Cluster Studio 2011: Integrated Tool Suite for MPI Developers on High-Performance Clusters

Werner Krotz-Vogel, Technical Marketing Engineer, Software Development Products, Intel Corporation Just as Intel® Parallel Studio is for multicore and threaded application development, Intel® Cluster Studio 2011 provides a complete toolbox for application development with a focus on clusters. The suite offers everything a developer needs to add threading to create so-called hybrid cluster applications mixing…

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ISTEP EMEA 2011–Technical Session: Cross Development for Target Devices with Intel® Atom™ Processor

Thomas Zipplies, Technical Consulting Engineer Manager, Software Development Products, Intel Corporation Development of applications for small form factor or embedded devices requires a specific setup as the target system usually cannot be used as a development system (i.e., no PC-like OS, keyboard, or screen). Thomas Zipplies will demonstrate the full development cycle of building, downloading,…

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ISTEP EMEA 2011–Technical Session: Intel® VTune™ Amplifier XE in Action: Discover Hidden Gems!

Levent Akyil, Software Engineer; Performance, Analysis, and Threading Lab; Software Development Products, Intel Corporation. High-quality digital effects are becoming the normal outcome of the processing power available today. Modern games have started rendering environments, scenes, and characters such that we can no longer distinguish them from reality. As processing power has increased, so too has…

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ISTEP EMEA 2011–Technical Session: Updating a Case Study: Using Intel® Parallel Studio XE for the Black-Scholes Financial Service Application

Heinz Bast, Technical Consulting Engineer, Software Development Products, Intel Corporation One of the case studies used to present the value of a well-designed threading and performance tuning methodology based on Intel® Software Development products has been the Black-Scholes calculation for determining the pricing of options. In this session, Heinz Bast will show an updated version…

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ISTEP EMEA 2011 – Making Multicore Architectures and AVX Available to Photographers Through Nik Software’s Products by Manuel Wille

Manuel Wille, Vice President of Engineering, Nik Software, Inc. Image editing can be quite demanding of processing resources, even for today’s hardware. The demand for the processing power necessary for today’s photographers often means spending a lot of time in front of the computer instead of being out shooting photographs. The old saying "time is…

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ISTEP EMEA 2011 – Intel® Parallel Building Blocks by James Reinders

Intel has taken bold steps to help with parallel programming. Reinders will survey them all: Intel® Threading Building Blocks (Intel® TBB), OpenMP, Intel® Cilk™ Plus, OpenCL, Intel® Array Building Blocks, Intel® Math Kernel Library, Intel® MPI Library, and Co-array Fortran. It can seem like a confusing array of options with many things to understand. Intel…

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