Android & µcontroler (Arduino)
Get flash to fully experience Pearltrees
At the conference Google I/O 2011, held on 10 and 11 May 2011 at the Moscone Center in San Francisco, Google announced a new development platform for Android based on Arduino. Google, Android and Arduino Google I/O is an event able to attract thousands of developers from around the world, who meet in order to learn the new technologies developed by the Mountain View's company with applications in the web, mobile, and enterprise fields; technologies including, among others: Android, Google Chrome, Google APIs, Google Web Toolkit, and App Engine.
Google chooses Arduino as a development platform for Android
Other hardware
Google announces Android Open Accessory standard, Arduino-based ADK
Google's really not leaving any stone unturned at IO today -- it's now also announced a brand new Android Open Accessory standard, which promises to effectively be its own version of "Made for iPod."
Open Accessory Development Kit
The Accessory Development Kit (ADK) is a reference implementation for hardware manufacturers and hobbyists to use as a starting point for building accessories for Android.Labs - Index browse
Got a Mega ADK in your hands and can’t wait to use it? Not interested in the project’s history?
The android meets arduino workshop is aimed at people who want to connect Arduino projects to Android phones. By doing so, your Arduino gets access to a wide range of sensors like a GPS, digital compass, microphone, accelerometer and touchscreen plus access to the internet. We developed a toolkit called 'android meets arduino' which allows for communication via Bluetooth between the two realms.
android™ meets arduino
€ 21.47 - Arduino v3.0 nano AVR ATmega328 p-20AU conseil d'administration
Arduino est une plateforme open-source de prototypage électronique basé sur flexible, facile à utiliser du matériel et des logiciels. il est destiné aux artistes, designers, amateurs, et tous ceux qui s'intéressent à la création d'objets interactifs ou des environnements. Arduino peut détecter l'environnement en recevant entrée d'une variété de capteurs et peut affecter son environnement par des feux de contrôle, moteurs, et d'autres actionneurs. le microcontrôleur de la carte est programmée en utilisant la programmation Arduino langue (basé sur le câblage) et l'environnement de développement Arduino (basé sur le traitement). projets Arduino peuvent être autonomes ou ils peuvent communiquer avec le logiciel de courir sur un ordinateur. 1) microcontrôleur: ATmega328