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OPENROV

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nilmtk/nilmtk MundoHobby Open Energy Monitor Ideation Systems | Bringing ideas to life BeagleBoard.org - community supported open hardware computers for making Animatronicshop.com | Learning can be fun Flyport | openPicus | Internet on Things Why FlyportPRO SoM? A system-on-module is the best solution for those customers looking for flexibility and for development time and risk reduction. FlyportPRO is already installed in tens of thousands of professional devices around the world and you can rely on our professional support during development. How to create your next IoT/M2M product? Easy, just designing a simple carrier board for it you get three different products. The carrier board is normally very easy to design since you don’t need an host processor there: FlyportPRO acts as core processor and connectivity, all in one. Embedded development made easy We provide you a powerful IDE, for free. Connectivity features Web server, HTTP server (only on Wi-Fi/GPRS versions) HTTP Client FTP Client SMTP, SNTP FOTA firmware upgrade over the air (only on Wi-Fi/GPRS versions) SSL/TLS security FlyportPRO pinout 60 pins are available for your application.

www.odd.org.nz The OddBot is a little mecanum wheeled omnidirectional robot specifically designed to be 3D printable on almost any 3D printer, ranging from the Up! printer to high end laser sintering systems. A mecanum wheel, invented by Swedish engineer Bengt Ilon in 1973, is a special wheel, with angled rollers around its periphery, that allows a vehicle to move sideways without needing to change the angle of it's wheels. If the front wheel rotates in one direction and the rear wheel rotates in the opposite direction, you get a sideways motion. This particular incarnation of a baby mecanum wheeled robot was inspired by the work of John Chan (aka Madox) who first posted his work on the Up! forum. This project is intended as an educational 'open-source' project in which users are welcome to download the files, build their own and modify it to suit their needs. OddBot Assembly Instructions Mechanical assembly Step 1: 3D print all the components. Step 2: Insert the ball bearings into the wheel hubs.

NINJA SPHERE: Next Generation Control of Your Environment by Ninja Blocks Your Ninja Sphere learns about you, and your environment. It uses data from sensors and actuators to build a model that can inform you if something is out of place. It can monitor temperature, lighting, energy usage, you and your pets' presence, and anything else you connect to your sphere. By using data from your devices, environment, and location your sphere is able to advise you intelligently and give you control only when you need it. We already support a huge array of devices, but because our approach is open source, almost anybody can write and share a driver to connect a device to your sphere. The Spheramid is the gateway that enables the Ninja Sphere. WiFi - Any IP things like smart lightbulbs, IP cameras, smart TVs - anything that connects to your wireless or wired network. ZigBee - We put ZigBee in the Spheramid so if you want to try some home automation you can. USB - The Spheramid is a whole (tiny) computer. Until now, our client code and hardware have been open source.

TennisRobot.org | UW Tennis Ball Collecting Robot Waspmote - Wireless Sensor Networks 802.15.4 ZigBee Mote New Generation! More than 120 sensors available 16 radios technologies available Open Source SDK & API Features Ultra low power (7µA) 120+ sensors integrated on 10 Sensor Boards 16 radio technologies: Long range: 4G / 3G / GPRS / GPRS+GPS / LoRaWAN / LoRa / Sigfox / 868 MHz / 900 MHz Medium range: ZigBee / 802.15.4 / DigiMesh / WiFi Short range: RFID/NFC / Bluetooth 2.1 / BLE Over the Air Programming (OTA) Encryption libraries (AES, RSA, MD5, SHA, Hash) Certified encapsulated line (Plug & Sense!)

Sensores - Conceptos generales - Robots Argentina Introducción Un robot es, por definición, una máquina capaz de interactuar con su entorno. Si es móvil, a menos que se mueva en un espacio absolutamente acotado y preparado para él, deberá ser capaz de adaptar sus movimientos y sus acciones de interacción en base a las características físicas de los ambientes con los que se encuentre y los objetos que hay en ellos. Para lograr esta capacidad de adaptación, lo primero que necesitan los robots es tener conocimiento del entorno. Esto es absolutamente clave. Para conocer el entorno, los seres vivos disponemos de un sistema sensorial. Para esto se utilizan diversos tipos de sensores (o captadores), con un rango de complejidad y sofisticación que varía desde algunos bastante simples a otros con altos niveles de sofisticación de hardware y más aún de complejidad de programación. Detalles sobre los sensores para robots Magnitudes físicas que es necesario medir para que un robot tenga algún conocimiento del entorno: Fotoceldas o celdas fotovoltaicas

Contiki: The Open Source Operating System for the Internet of Things Ann P. Smith's Robots.

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