When linking application against PDE Poisson solver or DFTI solver you may obtain error messages like this: error LNK2019: unresolved external symbol dfti_commit_descriptor_external referenced in function MAIN__ error #7002: Error opening the module

This article show how to build CP2K for Intel64 platform, using Intel Fortran compiler Professional Edition version 11.0.083 / 11.1.059, and Intel Math Kernel Library (MKL) with FFTW 3.x support

This page lists the computational libraries to link to when calling Intel MKL sparse solver routines (DSS, PARDISO) from applications running on 32-bit and Intel(R) 64 processors.

Introduction NAG ports a range of its software to both Intel®/Windows* and Intel®/Linux* platforms. NAG and Intel have been working closely together since the introduction of the Pentium chip, produci ...

A list of performance improvements, new features, interface improvements in Intel® MKL 10.2 and its updates

Reduced memory use by PARDISO for both in-core and out-of-core on all symmetric matrix types

The Intel MKL 10.2 and later FFTW3 interface is integrated directly into the core libraries.

Intel® MKL 10.2 introduces compatibility with LAPACK 3.2

This document contains instructions for linking to Intel MKL BLAS and LAPACK functions when building the PETSc libraries.

This page describes how to use Intel® MKL for Windows* with MATLAB*.

This is an application note to help VASP users to use Intel® MKL in VASP to get best performance on Intel platform.

The documentation provides the information on linking Intel® Math Kernel Library with Apple* Xcode* development environment.