Designing Application Software for Energy-efficient Performance
Personal computers are designed to be in processor idle 75% of the time but in fact might more realistically be estimated to be idle in excess of 90% of the time because of the effects of imposed waits for user input, server response, and resource availab Type: Technical Article |
"Intel® Battery Life Analyzer" "Intel® Energy Checker SDK" |
04/11/2012
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Using Intel® Power Checker to measure the energy performance of a compute-intensive application
Intel® Power Checker provides developers with a quick and easy way to evaluate the idle power efficiency of their applications on mobile platforms with Intel® Core™ processor or Intel® Atom™ technology running the Microsoft Windows* operating system. Type: Technical Article |
"Intel Power Checker" |
03/15/2012
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Ultrabook™ and the Intel® Energy Checker SDK
The Intel® Energy Checker SDK can be used to instrument an application and collect data to help a developer pinpoint power hungry features that can be optimized for power. Type: Technical Article |
ultrabook "Intel Energy Checker SDK" |
01/24/2012
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Intel® Cluster Checker version 1.8 Tips and Tricks
This article shows tips and tricks for Intel(R) Cluster Checker version 1.8 Type: Technical Article |
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09/09/2011
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Intel® GPA: Graphics Checker status
The Intel® Graphics Checker is not compatible with Intel GPA Release 2012. Type: Technical Article |
game development graphics checker vcsource_type_techarticle vcsource_domain_gamedev vcsource_index |
05/24/2011
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Compiler settings for memory error analysis in Intel® Inspector XE*
Compiler switches that affect the results produced by Intel Inspector XE Type: Technical Article |
inspector compiler switches windows linux XE parallel |
05/04/2011
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Concurrency Improvement Center
After using the Intel Concurrency Checker the resulting report may indicate that the code has little or no concurrency. If so, follow the guidance provided her to optimize that code. Type: Technical Article |
getting started |
01/04/2011
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Windowing the Intel's IPP UMC simple_player sample- Video overlaying
This article illustrates a basic technique to migrate Intel’s IPP UMC simple_player sample into a dialog based player and enhance video overlaying. This illustration assumes utilizing Microsoft DirectX rendering. Type: Technical Article |
DirectDraw rendering umc sample umc simple_player |
12/23/2010
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EvenOddVariants - Part 2
This is the second part of the series published earlier EvenOddVariants
This article suggests different ways in which co-ordination can be achieved between two or more threads using even and odd number generation as an example.
Type: Technical Article |
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09/21/2010
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Intel® Compiler Options for Intel® SSE and Intel® AVX generation (SSE2, SSE3, SSE3_ATOM, SSSE3, SSE4.1, SSE4.2, AVX, AVX2) and processor-specific optimizations
Explains which Intel® Compiler switches to use to target and optimize for a specific platform, microarchitecture, CPU or processor. Type: Technical Article |
dual-core xeon pentium SSE2 SSE3 SSE Core 2 Duo SSE4.2 SSSE3 SSE4.1 MMX Core 2 Quad atom Core i7 compiler AVX vcsource_domain_media vcsource_os_windows vcsource_platform_desktoplaptop vcsource_domain_graphics vcsource_product_icc vcsource_index |
09/02/2010
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How-to Analyze Linux* Applications with the Intel® Thread Profiler for Windows*
Instructions for how-to use the "Enabling collector for Linux*" to collect Intel® Thread Profiler data on a Linux* system and view the results with the Intel® Thread Profiler for Windows*, part of the Intel® VTune Performance Analyzer for Windows*. Type: Technical Article |
Intel Thread Profiler VTune Performance Analyzer Linux |
01/12/2010
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Ubiquitous Computing
The Earthworm model to implement parallel processing Type: Technical Article |
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06/15/2009
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Testing the Intel AMT platform features.
There are many resources about how to develop applications to work with the Intel AMT platform, but there is no such as availability when it’s about executing a testing process; this article defines some test cases based on the test scenarios described in Type: Technical Article |
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05/22/2009
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Compiler Settings for Threading Error Analysis in Intel® Parallel Inspector
A list of compiler switches which have impact on Threading Error Analysis in Intel® Parallel Inspector Type: Technical Article |
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03/18/2009
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Data Race Identified on Atomic Construct (Win32 Interlocked… functions, #pragma omp atomic, or atomic template)
How to handle when Intel® Parallel Inspector identifies data races on an atomic construct and a read of a memory variable. Type: Technical Article |
Intel® Parallel Inspector atomic LOCK LOCK# data race |
03/16/2009
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Compiler Settings for Memory Error Analysis in Intel Parallel Inspector
A list of compiler switches which have impact on Memory Error Analysis in Intel® Parallel Inspector Type: Technical Article |
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01/19/2009
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Compiler Switches for Intel® Parallel Amplifier
A list of switches which have impact on Intel® Parallel Amplifier Type: Technical Article |
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01/19/2009
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GNU compatibility: alignof applied to packed fields
The __alignof is being applied to packed fields. Type: Technical Article |
alignof |
12/15/2008
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OpenMP und inkrementelle Parallelisierung - (article in german)
In diesem Artikel wird der inkrementelle OpenMP Ansatz zur Parallelisierung von sequentiellen Programmen vorgestellt. Der Schwerpunkt liegt auf der praktischen Darstellung von einfachen Programmbeispielen und nicht auf der Vollständigkeit der Beschreibung Type: Technical Article |
Multi-core development Parallel Programming |
11/21/2008
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