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**C Language Sample Application Code**

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**Fortran Language Sample Application Code**

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Discover how to incorporate core math functions from the Intel® Math Kernel Library (Intel® MKL) to improve the performance of your application.

This document describes the steps to build an Intel® MKL application with Intel® Visual Fortran Compiler XE for Windows* OS integrated with Microsoft Visual Studio* 2017

Introduction

Vectorization Advisor is a vectorization optimization tool that lets you identify loops that will benefit most from vectorization, identify what is blocking effective vectorization, explore the benefit of alternative data...

**Fortran Language Sample Application Code**

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Document Number: 330244-007US

The Intel® Math Kernel Library (Intel® MKL) contains many routines to help you solve various numerical problems, such as multiplying matrices, solving a system...

資料番号: 330244-006JA

インテル® マス・カーネル・ライブラリー (インテル® MKL) には、行列を乗算する、連立方程式を解く、フーリエ変換を行うなど、さまざまな数値問題を解く際に役立つ多くのルーチンが含まれています。専用のインテル® MKL ルーチンが用意されていない問題については、インテル® MKL で提供されているビルディング・...

improve the performance of your application.

improve the performance of your application.

The Intel® Math Kernel Library (Intel® MKL) contains many routines to help you solve various numerical problems, such as multiplying matrices, solving a system of equations, and performing a Fourier transform. While many problems do not have dedicated Intel MKL routines, you can solve them by assembling the building blocks provided by Intel MKL.

Use the Intel® Math Kernel Library (Intel® MKL) when you need to perform computations with high performance. Intel MKL offers highly-optimized and extensively threaded routines which implement many types of operations.

Intel MKL in Microsoft Visual Studio

Some instructions and a simple example showing how to call Intel® MKL from Python*,