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Employing Telit deviceWISE Application Enablement Platform on Intel IoT Architecture

In this document we will describe and provide step by step guide on how to send data from an intelligent thing (sensors, PLC, etc) via a business system connected to an Intel Moon Island Gateway using the Telit AEP platform.  The document provides a link to the deviceWISE Asset gateway, which when installed onto the Moon Island Gateway performs data acquisition.

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  • Intel® Quark™ D1000 – PushButton ISR example, Windows Host

    Summary -

    This guide covers using Intel® Quark™ D1000 Microcontroller, and show how to use Eclipse* IDE to modify the simple example which is already implemented inside of firmware. This guide also show how to check the JTAG connection to D1000 CRB using OpenOCD to flash created image and do the source line debugging using it.

    Please refer the following pdf file to check out the guide :

     

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  • Eclipse*
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  • Intel® System Studio for Microcontrollers Getting Started for Linux*

    < Getting Started with Intel® System Studio for Microcontroller >

     This document provides general overview of the Intel® System Studio for Microcontrollers, information how to use it for developing and debugging your applications for the Intel® QuarkTM microcontroller D1000 on Linux* platforms from the command line and from Eclipse* IDE, gives a list of compiler options and points to additional product information and technical support.

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  • How to run Yocto Linux OS in a virtual machine

    Sometime we need a complete development environment to compile, deploy and test our solutions, and sometimes we can't play directly on the hardware, or, simply, the provided SDK is not enough for our development plans. This could be, for example, the case of Intel Edison or Galileo: how can I compile entire frameworks, runtimes and their dependencies on Yocto Linux OS?

    In this article I'll show how to create a runnable image of Yocto and how to test it inside QEMU, a basic software emulator; and following how to run it inside an Hypervisor, like Microsoft Hyper-V on Windows.

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  • Costruzione della vostra prima app per Android* e iOS* su Apple* Mac* OS X* tramite Multi-OS Engine

    This tutorial will guide you to your first cross-platform application using the Multi-OS Engine installed on Mac OSX* which we refer to as local build. You can also develop your Android* and iOS* applications in Android Studio on Windows* but in order to simulate your iOS application, you will need to remotely deploy your app to a Mac system running Xcode* (hence remote build). For this scenario, check our getting started guide with Multi-OS Engine (remote build). In this tutorial, I will show you how to create a simple Hello World application for Android and iOS with code-sharing between the two applications. In a real-world scenario, most of your application logic will be shared.
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  • BLUETOOTH* НА ПЛАТЕ INTEL® EDISON

    Платы Intel® Edison оборудованы встроенным модулем Bluetooth*. В этом документе показано включение Bluetooth* и связывание устройства.

    Для включения Bluetooth* выполните следующие команды.

         rfkill unblock bluetooth
         bluetoothctl

    bluetoothctl запуск программы командной строки BlueZ. В этой программе вы увидите [bluetooth]# в начале каждой строки.

    Зарегистрируйте агента и настройте его использование по умолчанию.

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  • Использование VTune Amplifier 2016 для анализа приложения HelloOpenCL для GPU

    You are recommended to learn how to use VTune to perform a profiling first before reading this article. If you don’t know how to do it, you may refer the tutorial documents first to understand basics in VTune. VTune Amplifier 2016 for system can be also used to analyze OpenCL™ programs. This article is to show you how to use this function and also to create a simple OpenCL program HelloOpenCL via Microsoft Visual Studio & Intel OpenCL codebuilder.
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  • Использование изображений, доступных для чтения и записи, в OpenCL™ 2.0

    While Image convolution is not as effective with the new Read-Write images functionality, any image processing technique that needs be done in place may benefit from the Read-Write images. One example of a process that could be used effectively is image composition. In OpenCL 1.2 and earlier, images were qualified with the “__read_only” and __write_only” qualifiers. In the OpenCL 2.0, images can be qualified with a “__read_write” qualifier, and copy the output to the input buffer. This reduces the number of resources that are needed.
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  • Intel RealSense SDK – Enumerare i device

    In questo articolo prenderemo in esame come sia possibile enumerare i device RealSense presenti su un PC.
    Il post si riferisce alla versione 6.0.x dell’SDK di Intel® RealSense™ attualmente scaricabile all’indirizzo https://software.intel.com/en-us/intel-realsense-sdk/download

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