This free webinar series presents tools, tips, and techniques that will help sharpen your development skills on developing and improving your high performance compute applications for multicore and manycore on Intel® Xeon® processors and Intel® Xeon Phi™ coprocessors. Expert technical teams at Intel as well as open source innovators discuss development tools, programming models, vectorization and execution models that will get your development efforts powered up to get the best out of your applications and platforms.
Fortran
Intel® Threading Building Blocks, OpenMP ou threads nativas?
Artigo publicado originalmente por: Michael Voss (Intel)
Offload Programming: Fortran and C Code Examples
This document describes a set of source code examples that are available as part of the Intel® Composer 2013 package. These examples demonstrate the basic concepts of offload programming for Intel® Xeon Phi™ coprocessors and are installed to the following default location on Linux*. The default value for <install_dir> is /opt/intel/composer_xe_2013.
Fortran code examples: <install-dir>/Samples/en_US/Fortran/mic_samples/LEO_Fortran_intro/
C code examples: <install_dir>/Samples/en_US/C++/mic_samples/intro_sampleC/
Fortran 数组数据、参数和矢量化
引导自动并行化
Application Analysis for Intel® MIC Architecture Suitability
面向英特尔® MIC 架构进行应用的适用性分析
面向英特尔® MIC 架构的编译器方法
引导自动并行化 (GAP)
矢量化要点
面向英特尔® MIC 架构的编译器方法
矢量化要点
概述
本章节涵盖了关于矢量化的一些课题。矢量化是一种数据并行编程形式。处理器在矢量的 N 个数据元素上同时执行相同的操作（标量数据对象的一维数组，如浮点对象、整数或双精度浮点对象）。
使用英特尔® 线程构建模块（英特尔® TBB）实现并行化
面向英特尔® MIC 架构的编译器方法
使用英特尔® 线程构建模块（英特尔® TBB）实现并行化
概述
借助英特尔® Cilk™ Plus 实现并行化
面向英特尔® MIC 架构的编译器方法
面向英特尔® MIC 架构的编译器方法
高效并行化，借助英特尔® Cilk™ Plus 实现并行化
概述
使用英特尔® MPI 实现并行化
Application Analysis for Intel® MIC Architecture Suitability
面向英特尔® MIC 架构进行应用的适用性分析
面向英特尔® MIC 架构的编译器方法
使用英特尔® MPI 实现并行化
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