Arduino|Raspberry Pi|DIY. O-labs - connecter réel et virtuel. Multimedialab (École de Recherche Graphique-Bruxelles) My Arduino. Voici mon premier post, je commence par un compte-rendu, en effet cela fait bientôt 2 semaines que ma petite carte Arduino c'est expatriée en chez moi en France: Je suis actuellement étudiant en BTS système électronique, j'étais à la recherche d'un programmateur de micro-contrôleur Atmel pour Mac OS quand je suis tombé sur cette petite carte de développement dotée d'un port USB (oui je programme sur un MacBook Pro, donc je n'ai ni port série ni parallèle) tournant avec un μContôleur ATMEGA168-20PU. Dix jour après ma commande chez Pcb-europe, la petite carte est arrivée dans une enveloppe bullé (avec un deuxième μC commandé en cas d'accident).
Deux semaines sont passées deuis et j'ai eu l'occasion de tester cette carte avec différents modules et périphérique, c'est donc mon expérience que je vais tenter de vous partager. A bientôt. Node.js. Code, circuits, & construction | code and fabrication resources for physical computing and networking. There are several ways to save data from a sensor attached to an Arduino. If you’re connected to a personal computer, you can simply send the data from the Arduino to the personal computer serially, and save it to a file. If you’ve got an SD card attached to the microcontroller, you can save the data to the card. Or, if you have access to the internet and a device that can connect to a server, you can save the data to a server. In the tutorial below, you’ll read a DHT11 temperature and humidity sensor and log data in three ways: Serial transmission to a personal computer, and serial capture to a file.Saving data to an SD card mounted on the ArduinoHTTP upload to pachube.com via an Ethernet shield or Ethernet Arduino.
Hardware you need: personal computerEthernet Arduino and USB-to-serial connector, or Arduino Uno and Ethernet shield (or equivalents)SD Micro cardDHT11 temperature and humidity sensor10-kilohm resistor Software you need: Concepts you should know: Connecting the sensor Update. Stijn Coppens Labs. Bildr. Arduino Platform | webinos developer portal. Nanode is a open source - arduino compatible board. it use the same micorochips to operate (The AT Mega 328 IC). All the software for them is the same, sharing with arduino IDE and most software libraries except for those deal with networking connections. What makes nanode different from arduino is it has Ethernet built in so are ready for the internet out of the box.
It can be used for a variety of web connected applications including remote control and monitoring, as a smart sensor, home automation, as a Tweeting device, and for publishing small amounts of data to the web.The existing software allows it to be set up as an I/O webserver - a device which sends the state of its analogue and digital I/O to a web page - and which can be controlled from that webpage.But the best thing, it costs less. With more as standard. 1. 2. 2. working with FTDI driver if your computer doesn’t have a FTDI cable driver, you can download it from silabs or driverwhiz.Plug in the FTDI programming cable. 4.