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Intel WiDi - Wireless Display Technologies for Developers

By Paul Ferrill and Steve Barile

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Using more than one screen is becoming commonplace for watching videos, playing games, sharing pictures, and even business uses, including Microsoft PowerPoint* presentations. But how users access that second screen varies by device and operating system.

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  • Android*
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  • Écran double
  • Miracast
  • WiFi
  • AirPlay
  • Chromecast
  • Dual Screen
  • WiDi
  • html5
  • Android
  • javascript
  • Expérience et conception utilisateur
  • Signal Processing Usage for Intel® System Studio – Intel® MKL vs. Intel® IPP

    Employing performance libraries can be a great way to streamline and unify the computational execution flow for data intensive tasks, thus minimizing the risk of data stream timing issues and heisenbugs. Here we will describe the two libraries that can be used for signal processing within Intel® System Studio.

    Intel® Integrated Performance Primitives (Intel®IPP)

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  • Outil Intel® Embedded Software Development Tool Suite pour processeur Intel® Atom™
  • Intel® System Studio
  • signal processing
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  • A Better View of the Layers Within: Optimizing Essential Anatomy

    To ensure outstanding results from 3D4Medical’s brilliant, interactive teaching and reference application for human anatomy on Android* devices, Intel pinpointed opportunities for performance improvements, helping expand the product’s market potential.

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  • Android*
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  • Analyseurs de performances graphiques
  • Layer View
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  • Frame-Rate
  • CPU Residency Analysis
  • LOB
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  • Optimisation
  • Intel® Media for Mobile Getting Started Guide

    Media for Mobile Getting Started Guide

    Introduction

    Media for Mobile, a feature of  Intel® Integrated Native Developer Experience (Intel® INDE) is  a set of easy to use components and API for a wide range of media scenarios. It contains several complete pipelines for most popular use cases and enables you to add your own components to those pipelines.

    The samples demonstrate how to incorporate the Media for Mobile into various applications for Android*, iOS* and Windows* RT.

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  • Creación de juegos multiplataforma con Cocos2d-x

    In this tutorial how to create a simple game using the Cocos2d-x framework in a Windows development environment and how to compile it to run on Windows 8 and Android.
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  • mobile game development
  • 英特尔® 物联网创客马拉松

    这个秋天,英特尔为全球开发者社区带来10场物联网创客马拉松活动。

    如果您是创客,物联网创业企业,开发者,高校师生或是硬件初学者,快来加入我们,领取免费的开发套件实现你的物联梦想!除了为您提供开发套件外,我们还为参与者准备了各种开发工具(如额外的传感器、3D 打印机等),美味的食物,现场礼品及最佳物联网方案的奖金!快来体验基于英特尔架构并与 Arduino* 软硬件兼容的开发套件,配套传感器,软件和附件来激发你的创意!

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  • Take care on short runs of Intel(r) VTune-TM Amplifier XE to collect Intel(r) Xeon Phi-TM coprocessor events using appropriate sampling methods

    It was an easy mistake to fall into.  The customer had collected data on an application taking less than a second to run on an Intel® Architecture host processor, and then tried the same workload on the attached coprocessor.  The issue was one of scale but provides a practical example to talk about appropriate sampling methods. 

    On the host using a recent, Intel® Xeon® architecture CPU, the sample looked like this:

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  • Intel Fortran Composer XE 2015新特性 – 参数化派生类型(Parameterized Derived Types)

    在新发布的Intel Fortran Composer XE 2015中英特尔编译器加入了对Fortran 2003标准中引入的参数化派生类型(Parameterized Derived Types)的支持。所谓参数化派生类型就是允许程序员创建一个派生类型的模板,该模板可以拥有延迟定义的KIND和length参数。在使用参数化派生类型是,KIND参数必须是编译时常量,而length参数可以在运行时确定。

     

    考虑下面的例子:

    TYPE humongous_matrix(k, d)
      INTEGER, KIND :: k = kind(0.0)
      INTEGER(selected_int_kind(12)), LEN :: d
      REAL(k) :: element(d,d))
    END TYPE

    TYPE(humongous_matrix(8,10000000)) :: giant

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