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Algorithms to vectorize load groups in x86
The article describes algorithms used to achieve vectorization described in the blog.Basically the algorithms convert an array of structures to the structure of arrays, where array length is vector...
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2 in 1 Tablet Mode Game Performance with Intel® Dynamic Platform and Thermal...
We live in a world where mobility is king. Our on-the-go lifestyle demands small efficient devices, from smartphones to tablets and 2 in 1s. This is how we work and, quite often, play. Power efficiency...
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Intel® Xeon Phi™ Coprocessor
Optimizing Execution Performance for an Isotropic Double Precision 3DE Finite Difference Stencil Algorithm on the Intel® Xeon Phi™ CoprocessorAbstractThis paper discusses applying programming...
View ArticleIDF14 Server Webcasts
BIGS001 - In-Memory Low Latency Analytics: Opportunities and Architecture Trends The modern data driven enterprise pursues an analytics-at-your-fingertips ideal to sift through information quickly,...
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LAMMPS* for Intel® Xeon Phi™ Coprocessor
PurposeThis code recipe describes how to get, build, and use the LAMMPS* code for the Intel® Xeon Phi™ coprocessor.IntroductionLarge-scale Atomic/Molecular Massively Parallel Simulator (LAMMPS*) is a...
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Gameloft and Intel: Working Together to Bring High Quality Graphics to x86...
Download DocumentBy Steve HughesIntroductionMost people, including gamers, pigeonhole computing devices as either desktop or mobile and expect high-end effects on their desktop apps and lower level...
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Order-Independent Transparency Approximation with Pixel Synchronization...
Download ZIPThis sample has been updated to work with the Windows* 8 SDK and Visual Studio* 2012/2013, removing the dependency on the June 2010 DirectX* SDK.Transparency is a fundamental challenge in...
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Transforming the UI—Designing Tomorrow’s Interface Today (Part 4 of 5):...
Download PDFLook around. In our three-dimensional world, you can see objects from any angle, gauge their size, and perceive how near or far they are relative to their surroundings. But when it comes to...
View ArticleDiagnostic 15543: loop was not vectorized: loop with function call not...
Cause:A function call inside the loop is preventing auto-vectorization.Example:Program foo implicit none integer, parameter :: nx = 100000000 real(8) :: x, xp, sumx integer :: i interface real(8)...
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Using the Audio Jack as Data Interface on Android* Systems
OverviewAs one of the interfaces on mobile devices and tablets, the key function of the audio jack is to play music. However, its other usage cannot be ignored—the audio jack can also be used to...
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Connecting to Intel® Edison from Android* with Bluetooth* LE (BLE)
ContentsIntroductionWhat is BLE?HardwareSoftwareA Closer look at the HardwareIntel® EdisonArduino Breakout BoardGrove Starter Kit PlusGrove BLE V1Debugging on Android DevicesInstalling the Software and...
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Getting Started with Intel® XDK IoT Edition on Intel® IoT Platforms
Setting up Intel® XDK IoT EditionIntel IoT Getting Started Guides OverviewThis guide contains steps for installing the Intel® XDK IoT Edition, as well as creating and running a simple application on...
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How to use XDB to do kernel debug on Yocto with Minnowboard MAX
IntroductionMinnowboard MAX is an open hardware which is utilized Intel Atom processor. This hardware is a small and low cost but offer exceptional performance, flexibility, openness and standards. We...
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Intel's Newest Wearable Module: Intel Curie
Last year this month Intel's CEO Brian Krzanich introduced the world to the Intel Edison chip. This year he is introducing to us the Intel Curie, a button sized module using the Intel Quark SE SoC...
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Intel® IoT Platforms: Getting Started - Arduino
Intel® IoT Platforms: Getting started using Android IDEOverviewThis guide will teach you how to connect to your Intel Edison board using the Arduino IDE on Windows, OS X, or Linux. It will walk you...
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Getting Started with the Intel® Edison board on Linux*
Getting Started HomeOverviewIn this guide, you’ll connect to the Intel® Edison board through a terminal and update the firmware on your board.For more information on Intel® Edison:Intel® Edison Product...
View ArticleBLAST for the Intel® Xeon Phi™ Coprocessor
PurposeThis code recipe describes how to get, build, and use the BLAST+ code that includes support for the Intel® Xeon Phi™ coprocessor with Intel® Many-Integrated Core (MIC)...
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Developing Racing Thrill* with Gesture and Voice
DownloadDeveloping_Racing_Thrills.pdfIntroductionInspired by the gesture-control capabilities of the Intel® RealSense™ SDK,PlayBuff Studios developed the latest iteration of Death Drive: Racing Thrill*...
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Building Applications for Google Glass*
Glass* wearable computing devices from Google (Figure 1) are head-mounted optical displays. Manufactured by Foxconn and built by Google, Glass runs Android* 4.4x with a dual-core SoC.Figure 1. By...
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