Open Source Java Raspberry Pi Software

HaikuVM has been started for hobbyists who develop applications for ARDUINO to open the world of JAVA and leJOS. Yes, you can program an ARDUINO with JAVA! HaikuVM is so small that it even runs on an atmega8 (and the ASURO robot). And yes, you can program an ASURO robot with JAVA! And since version 1.4.0 the RCX lego brick.

Belenos is an automated sun reflector for solar concentration. It is a system based on a Raspberry Pi board (ARM Linux board). Two motors allows to pilot the reflector orientation to follow the sun along the day. This system can receive tele-command and send tele-metry on TCP\IP network.

A complete set of code to build your own robot for cospace dance using: raspberry pi, arduino, xbee and blender,

Aplicación para facilitar la toma de datos del nivel de oscuridad del cielo nocturno usando un SQM-LU y aplicando las directivas establecidas por la SEA en el proyecto NIXNOX. La aplicación se conecta via TCP/IP a una raspberry pi que controla tanto un brazo robot como el SQM-LU. Las instrucciones para configurar la raspberry pi estarán disponible en breve en: http://www.luz-cero.es/maroc

Connect, monitor and control your systems or embedded devices remotely (m2m/IoT) - for example your Raspberry Pi. The communication interface is defined in XML automatically providing a REST interface. NexusDataLink integrates smoothly in existing software or firmware and significantly reduces connection- or communication-related source code.

This is a Java library, which gives low level access to the WS300 weather station from ELV (http://www.elv.de/). There is a web frontend included which displays the weather data in a browser. The following hardware is supported: * WS300 PC (USB) * IPWE1 (LAN) * Raspberry Pi with FS20WUE (LAN)

Researches have shown that immediate feedback can increase energy saving dramatically. YoMo aims to empower people using low-cost open hardware smart meters in their household. The metering system consists of a coordination unit, a raspberry pi, and several smart meters, arduino boards equipped with communication shields and our self-designed yomo metering shield. The smart meters are attached to household devices and monitor their energy consumption. The gathered data is timestamped and transmitted to the coordination device. This device offers interfaces to control the smart meters. On top of the software runs a apache webserver that provides all estimated data on our yomo project homepage. The system does not need any maintenance and works out of the box after the devices were integrated into the households Wi-Fi network. Link to the scientific paper: http://link.springer.com/article/10.1007%2Fs00450-014-0290-8#/page-1