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Remote Performance Analysis Workflow for Linux* Systems
Use the Intel® VTune™ Amplifier installed on the Windows* or Linux* host to analyze code performance and power consumption on remote Linux systems.NoteRemote analysis on embedded Linux systems is...
View ArticleCPU Frequency Analysis
NoteThis analysis type is available as part of energy analysis. Energy analysis is provided by the Intel® VTune™ Amplifier for Systems only. Energy analysis collection is supported for target Android*,...
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Memory Access Analysis
Memory Access analysis type uses event-based sampling collection and is targeted for the Intel® microarchitectures code name Sandy Bridge.This analysis type uses events that provide a breakdown of...
View ArticleIntel Core 2 Processor Analysis
Parent topic: Microarchitecture and Platform AnalysisBandwidth Breakdown AnalysisCycles and uOps AnalysisMemory Access AnalysisLingua Inglese
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MPI Application Analysis Workflow
The following figure shows basic steps required to analyze performance of MPI applications with the Intel® VTune™ Amplifier integrated into the Intel Parallel Studio Cluster Edition.To display more...
View ArticleLegal Information
No license (express or implied, by estoppel or otherwise) to any intellectual property rights is granted by this document.Intel disclaims all express and implied warranties, including without...
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Intel® Threading Building Blocks Analysis
If you used the Intel® Runtime libraries for the development, you can run:Basic Hotspots, Advanced Hotspots, and Concurrency analysis to identify the impact of Intel Threading Building Blocks (Intel...
View ArticleSandy Bridge Analysis
Parent topic: Microarchitecture and Platform AnalysisAccess Contention AnalysisBranch AnalysisClient AnalysisCore Port Saturation AnalysisCycles and UOps AnalysisMemory Access AnalysisPort Saturation...
View ArticleAdvanced Hotspots Analysis
Advanced Hotspots analysis is a fast and easy way to identify performance-critical code sections (hotspots). The periodic instruction pointer sampling performed by Intel® VTune™ Amplifier identifies...
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Visual Studio IDE: Basic Workflow
The following figure shows an overview of the basic analysis workflow for the Intel® VTune™ Amplifier integrated into Microsoft Visual Studio* IDE. To display more information about a workflow...
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Speeding Up C# Code with Help from VTune™ Amplifier XE Performance Profiler
People often wonder how useful VTune Amplifier XE is when profiling managed languages such as Microsoft’s* C#. I thought I would share my own recent experience.I developed a tool in C# to process the...
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Intel RealSense Hands-on Labs em São Paulo
Nesta sexta-feira dia 20 tive o enorme prazer de participar do Intel RealSense Hands on Lab.O evento aconteceu no Insper em São Paulo e 40 desenvolvedores tiveram a oportunidade de conhecer e criar...
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Using Intel® IPP threaded static libraries
Q: How to get Intel® IPP Static threaded libraries?Answer: while installing Intel Software suite product (Intel® Parallel Studio or Intel® System Studio or Intel® INDE), select custom installation to...
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Intel® IPP - Threading / OpenMP* FAQ
In Intel® IPP 8.2 and later versions, multi-threading (internal threading) libraries are deprecated due to issues with performance and interoperability with other threading models, but made available...
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Intel® RealSense™ — образец кода Sketch
Download Sketch Code SampleАннотацияВ этом образце кода демонстрируется использование Intel® RealSense™ SDK для Windows* для создания простого приложения для виртуального рисования под названием...
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Intel® RealSense™ — образец кода Blockhead
Download Blockhead Code SampleАннотацияВ этом образце кода демонстрируется использование Intel® RealSense™ SDK для Windows* в классическом приложении на C#/WPF. Образец приложения под названием...
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Vectorization Resources for Intel® Advisor XE Users
Intel® Advisor XE 2016 provides two tools to help ensure your Fortran and native/managed C++ applications take full performance advantage of today’s processors:Vectorization Advisor is a vectorization...
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Unity* 和英特尔® 实感™ 3D 摄像头助力游戏开发
所有互动游戏都有游戏开发人员必须实施的功能：游戏对象应遵循物理定律，并与其他游戏对象发生接触；游戏对象应触发事件，比如播放声音和计分；以及响应用户的输入，比如操纵杆、鼠标和键盘。通常情况下，开发人员必须针对每个目标平台反复实施这种功能，过程非常耗时。为了减轻负担，开发人员可选择使用游戏引擎，后者包含可执行常规任务的不同函数，从而将更多精力集中于增强游戏创意。Unity...
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Game Development with Unity* and Intel® RealSense™ 3D Camera
Interactive games all have some functionality that game developers must implement: game objects should adhere to the laws of physics and collide with other game objects; a game object should trigger...
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Intel® Developer Zone at Microsoft Build 2015
Thousands of software developers visited the Intel® Software booth at the sold-out Microsoft Build conference April 29th– May 1st in San Francisco’s Moscone Center. Developers engaged with Intel SW...
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