Open Source Java Embedded Systems Software

Freedomotic is an open source, flexible, secure Internet of Things (IoT) development framework, useful to build and manage modern smart spaces. It is targeted to private individuals (home automation) as well as business users (smart retail environments, ambient aware marketing, monitoring and analytics, etc). Freedomotic can interact with well known standard building automation protocols as well as with "do it yourself" solutions. It treats the web, social networks and branded frontends as first class components of the system. [GITHUB REPOSITORY] https://github.com/freedomotic/freedomotic [USERS' MANUAL] http://freedomotic-user-manual.readthedocs.io/ [DEVELOPERS' MANUAL] http://freedomotic-developer-manual.readthedocs.io/ [INTERNATIONAL COMMUNITY] https://groups.google.com/forum/#!forum/freedom-domotics [ITALIAN COMMUNITY] https://groups.google.com/forum/#!forum/freedomotic-it [REPORT AN ISSUE] https://github.com/freedomotic/freedomotic/issues

AndroidCam is an Android App which provides the ability to turn a mobile device into an intervalometer for collecting time-lapse images. Image capture can be triggered using time based scheduling or in response to data thresholds monitored by the app (e.g. temperature, location, windspeed, etc) Data collection is performed via IOIO connection and the new ADK. Remote synchronization upload of images can be scheduled and performed via SCP.

DarSens is about distributed activity recognition based on acceleration data.

Enjekt! is a unique Java/C based fuel injection system for aircooled Volkswagens. Enjekt! uses software models to control fuel injection instead of relying static look up tables.

Open Source project for the development of the IEEE 11073-20601 reference implementation.

JBernstein is a tool implemented in Java that enables to check whether a polynomial constraint holds for all variables within their domain. It is mainly used in the verification or synthesis of cyber-physical systems where the system model is nonlinear. The tool also supports specifications in assume-guarantee style. The underlying algorithm is based on a translation to Bernstein polynomials, and several optimization techniques are implemented to ensure efficiency. Concerning performance, the tool enables to check all examples in the PVS Bernstein testsuite within a second, which can be an order of magnitude faster than some other tools such as QEPCAD or REDLOG. Although JBernstein uses double, it offers automatic error-estimation capabilities (experimental) so that the generated result is correct (the solver may return unknown when the error-estimate is too large)

MGSyn (Model, Game, Synthesis) is an open-source tool which integrates game-based synthesis into model-driven development for industrial control and automation. It is served for research and educational purposes. MGSyn has been originally developed by Department of Informatics (Unit 6), TU München and fortiss GmbH and is now maintained by fortiss GmbH. The software is released under the GNU General Public License Version 3.0 (GPLv3). Please download the tutorial for step-by-step instructions on installing and using the tool. It is advised to use 32-bit version (Eclipse) associated in the "MGSyn supplementary files", as the 64-bit version will by default demand huge memory, which may lead to Java exceptions.

Model-Driven Embedded Systems Design Environment for the Industrial Automation Sector: The aim of this open source initiative is to provide a multi-domain model-driven embedded systems design approach for Industrial Automation and Control Systems.

Dieses Projekt beinhaltet eine Digitalsteuerung auf Basis des CAN-Bus, Eclipse RCP und AVR-Mikrocontrollern.

Platform providing the support for Wireless Sensor Networks in the domain of Natural Hazards as a Service. The objective of the WSN platform is monitoring the behaviour of rockfall barriers, rockfall netting, rock sheds and other protection systems

OOBD supports a self-programable Tool for Vehicle Onboard Diagnostics (OBD) for various platforms like the Windows-Desktop, mobile Phones and Smartphones Please note that we are actual moving this project over to oobd.googlecode.com. The software source code repository is already moved, other areas will follow.

Open source controller for Scalextric community. Scalextric Controller is composed by a custom hand controller, used to drive the Scalextric slots cars, and Android application used to communicate with the hand controller via Bluethoot low power (BLE). This project repository contains the PCB project, the micro embedded software, the Android App and the 3D CAD design of the cricital mechanical parts.

The SensorWeb project aims at developing Open SensorWeb Architecture (OSWA) and implementing standards compliant platform and middleware for integration of sensor networks with emerging distributed computing platforms such as Grids.

WSNFuse provides an abstraction layer for wireless sensor networks, allowing to expose one or many WSNs by means of different access technologies(e.g.: filesystem, JMS, RMI, Smart-Spaces, etc.).Its plugin-based architecture allow users to develop and adopt thei own plugins and configure WSN fuse to better suit their needs. This project has been partially supported by the CHIRON EU research project co-financed by the artemis joint undertaking (http://www.chiron-project.eu/) .

This project is aimed at producing open source hardware for real time use in industrial automation. This project will have a few sub-projects that will focus on individual hardware for various industrial purpose. Some of the sub-projects will be of type Field-IO Modules development, Analog-IO Module development etc.

Open source JTAG/Boundary Scan platform