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Author: Feilong Huang – Intel Compiler Team Recommend to use Intel C++ Compiler 11.1 update 5 (Package ID: l_cproc_p_11.1.069) or later.

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Build Firefox 3.5 with Intel C++ Compiler

Introduction Thank you for your interest in the Intel® Quiet System Technology (Intel® QST) Software Development Kit. The Intel® QST SDK (Software Development Kit) contains the building blocks and documentation material needed to develop software that interact with Intel® QST systems. Download the Intel® QST 2.1 SDK Software License/Download Overview The Intel® Quiet System Technology Software Development Kit provides developers with the building blocks and example programs that they need to build their own applications that can interact with Intel® QST.

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Intel® Quiet System Technology (Intel® QST) Software Development Kit

IMPORTANT – READ BEFORE COPYING, INSTALLING OR USING Do not use or load this software and any associated materials (collectively, the “Software”) until you have carefully read the following terms and conditions. By loading or using the Software, you agree to the terms of this Agreement. If you do not wish to so agree, do not install or use the Software

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Intel® Quiet System Technology (Intel® QST) SDK Software License

Introduction In recent years, the resolution of image sensors has increased significantly, but image processing algorithms have not improved in efficiency. The bottleneck for nearly all image processing algorithms is memory access, and access time increases significantly when image data resides outside the L2 cache

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Deferred Mode Image Processing Framework: Simple and efficient use of Intel® multi-core technology and many–core architectures with Intel® Integrated Performance Primitives

Author: Feilong Huang – Intel Compiler Team ============ Check out source code and compile with gcc ========== 1. Set up build environment.  Please refer to the section “Check out source code and compile with gcc” in this article . 2

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Compile dtdrive for Moblin with Intel Compiler

Problem: Linking with MKL under MSVS takes too long. The problem was reported on ISN forum topics Linking MKL in Visual Studio , Linking takes too long , MKL DFTI Linking Takes Forever Root cause: MSVS links statically with MKL with inter-procedural optimization option turned on (/Qipo)

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Linking Time with MSVS + IVF

I am new to the Intel Ct Technology. How exactly should this API enhance my code to run on multi-core? Maximizing the performance potential of evolving multi- and many-core architectures that support vector parallelism often requires expertise and results in code that is difficult to create and harder to maintain

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Frequently Asked Customer Questions (Introductory)

Reference Number : DPD200148870 Version : 11.1 Product : Intel Fortran Compiler Operating System : All Problem Description : A program contains a function whose return value is an array whose dimensions are specified by a run-time expression.  For example: function func (x) real, dimension(:) :: x real, dimension(size(x)) :: func func = 2.0 * x end function func If the program declares an INTERFACE block for this function, matching the interface, and the program is compiled with the “check routine interfaces” option (-warn interface on Linux* and Mac OS* X, /warn:interface on Windows), the compiler may give an inappropriate error: error #8000: There is a conflict between local interface block and external interface block. Resolution Status : This error has been escalated to development and will be fixed in a future release of the Intel Fortran compiler. The recommended workaround is to put the function in a MODULE or to make it a CONTAINed procedure, and eliminating the INTERFACE block.  Use of INTERFACE blocks for Fortran code is error-prone and not good coding style.  Another option is to disable the “check routine interfaces” diagnostic option

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Error 8000 with interface block for function returning expression-sized array

What If Home | Product Overview | Technical Requirements | FAQ | Primary Technology Contacts Blogs | Forums Product Overview Intel® Software Tuning Agent (Intel® STA) is a Java program that assists in the performance analysis and optimization of software applications written for Intel® Architecture.  It is provided free of charge as open source software. Intel® STA assists in the micro-architectural tuning of software applications by identifying and prioritizing performance events by order of their contribution to execution cycles.

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Intel® Software Tuning Agent

Home › Open Source Open Source Software Project Contributions | Ecosystem & Industry | Content | Tools & Resources | Platform Technologies | Linux* Kernel | Multimedia | Experts | Events | Archives To enable a broad spectrum of software environments and programs to run best on Intel® processors and platforms, Intel offers deep technical expertise, makes significant contributions, and actively participates in standards bodies. Intel works with Open Source software developers who can adopt, change and redistribute the underlying code, helping drive rapid technological innovation. Autodesk University 2009: Technology Main Stage Presentation Digital Enterprise Group CTO Steve Pawlowski joined Autodesk CTO Jeff Kowalski and other industry experts in a town-hall setting to discuss Cloud Computing and other emerging technologies.

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