Yocto Project

Edison tools, applicazioni e molto altro

Come sapete Edison viene distribuita con un'immagine di Yocto Linux. L'immagine contiene tutto il software necessario al funzionamento di base del sistema e diverse utilissime librerie, ma per chi, come me, e' abituato ad usare GNU/Linux normalmente, troverebbe alcune mancanze fastidiose.

Yocto e' ottima per costruire distribuzioni customizzate al proprio prodotto, ma compilare pacchetti e librerie non e' esattamente banale.

The Core Software Strategy - 9 years old and still true!

I wrote this post on my Intel Software Blog back on September 20, 2006. Unfortunately, the post was apparently too old, and I must have missed the notice that it was going to be unpublished. Fortunately, Google caches this stuff, so I was able to resurrect the text, which I am reposting below. Thanks, Google!

Ein- und Ausschalten der Intel(R) Edison Arduino On-Board-LED über Bluetooth SPP mithilfe des IoT-Devkits

        Einleitung

     Dieser Artikel erklärt, wie Sie das IoT-Entwicklungskit einrichten, Bluetooth SPP aktivieren, die Yocto-Anwendung erstellen, welche die Daten aus dem Puffer der Pipe abruft, die von der BT-DBUS-API verwendet wird, und wie Sie den GPIO zum Ein- und Ausschalten der Intel(R) Edison-LED steuern. Durch das Befolgen der untenstehenden Schritte können Sie die Intel(R) Edison Entwicklungsumgebung für Bluetooth einrichten und die Funktionsweise der Intel(R) Edison-Hardware und -Software nachvollziehen.

  • Yocto Project
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  • BT SPP
  • Bluetooth*
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  • Intel® Atom™ Processors
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  • Attivare/disattivare Intel(R) Edison Arduino su scheda LED tramite Bluetooth SPP usando IoT dev kit

            Introduzione

         Questo articolo spiega come configurare il kit di sviluppo IoT e attivare Bluetooth SPP e realizzare l’applicazione Yocto che ottiene dati dal buffer del pipe usato dall’API BT-DBUS e controllare il GPIO per accendere/spegnere il LED in Intel(R) Edison. Seguendo la guida passo dopo passo sottostante, è possibile impostare facilmente l’ambiente Intel(R) Edision Developer con Bluetooth e comprendere bene hardware e software Intel(R) Edision.

  • Yocto Project
  • Internet of Things
  • C/C++
  • Intermediate
  • Intel Edison
  • Bluetooth
  • BT SPP
  • Bluetooth*
  • Development Tools
  • Intel® Atom™ Processors
  • Internet of Things
  • The 0-Day Challenge: What is the Pulse of the Internet?

    The core components of the Internet get updated constantly. Every time the source changes, the health and performance can change. A single source code change can fail to build, can break compatibility with existing code and can change the performance anywhere from a fraction of a percent up to 10% or more on major customer workloads. We're trying to read the pulse of our core components (Python, PHP, HHVM) every day. We call this our "0-day Lab". Here's how it works:

    Dynamic Languages Take Over the Internet

    The server world has really embraced Python in a big way. For example, the OpenStack project is a very popular Infrastructure as a Service offering, and most of it is written in Python. This makes Python a leader for Software Defined Infrastructure (SDI), Software Defined Storage (SDS) and Software Defined Networking (SDN).

    Cómo usar Cylon.js* con la placa Intel® Edison y el Kit para Desarrolladores de Internet de las Cosas de Intel®

    Intel® Edison es una computadora monoplaca fabulosa. Está equipada con un procesador Intel® Atom™ de dos núcleos, Entrada/Salida de Propósito General (GPIO) y otras interfaces externas que le dan un enorme potencial para los cálculos físicos. Por eso añadimos compatibilidad absoluta con Intel Edison en Cylon.js (http://cylonjs.com), nuestro marco de trabajo de JavaScript* para aplicaciones de robótica e Internet de las Cosas.

  • Developers
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  • Beginner
  • Sensors
  • License Agreement: 

    Intel IoT Path to Product: Transportation Project Case Study

    In this project, the goal was to both build a functional proof of concept based on the Intel® IoT Commercial Developer Kit and the more basic sensors contained within, and then progress to an Industrial solution that uses a commercial gateway, industrial sensors, McAfee Security and a Wind River based platform for a scalable product deployment. The base project is in the Transportation sector with the desire to monitor the status inside a semi-truck trailer that would be hauling perishables and to alert the driver if the temperature exceeds thresholds set by the driver.
  • Developers
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  • Yocto Project
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  • Intel® IoT Gateway
  • Internet of Things
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