The goal of zAutomation project is to design/implement hardware, firmware and software for remote control and monitoring of physical objects, by using the ZigBee technology and internet. The field of application is robotics and domotics.
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Plantra-Trajectory Planning is a software to rebuild surfaces from cloud points, featuring shaded 3D visualization and path planning for robotics paths. It uses Voronoi diagram, Cyrus-Beck clipping, Delaunay triangulation and B-Splines.
The free-vision project aims at creating a library for computer vision related functions, including camera capture interface, stereo, image processing, camera calibration and so on.
This is a fork of the JollyNinja Bot for Robocode. The project intends to document JollyNinja's source code, make it work in teams and provide a solid API to base other Bots on, especially TeamRobot based bots.
Depending on a SICK lasescan and a created environment landscape a routing function will be implemented to give a robot a few waypoint to drive from a start point to a choosen destination.
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This project constitutes an implementation of a custom-design distributed computing environment. The implementation is based on a form of Nbody simulation, which ran successfully across 33 networked-hosts.
OpenWebServo is an Open Source Hardware and Software project. Its main goal is to develop a web-controlled servo system. The project includes web application, firmware and hardware design.
This project consists in a simulation software of robot A.I. It is aimed at comparing the efficiency of robot intelligence against movement tasks between fixed checkpoints in a logical world.
A visual interface for leJOS. RCXDownload automatically sets the JDK-, leJOS- and ClassPaths, compiles the chosen Java-Source, shows the compiler messages and is able to link and load both, the compiled classes and the leJOS-firmware. RCXDirectMode direc
Container for robot/environment simulation. The container simulates an environment, and gives to the robots living in it access to sensor views.
The goal of this project is to provide the open source community a tool for robot behavior test and challeng
seeetron-ssc is Java source code for controlling the SEEtronics mini-SSC servo controller board (see: http://www.seetron.com/ssc.htm). The board itself does not come with Java support, so this project provides that third-party support.
This project provides a Java API to access ELV's (http://www.elv.de) "Dual USB Stepmotor Interface" (USI2). The communication with the USI2 is based on the FTD2xxj (http://sourceforge.net/projects/ftd2xxj) framework.
IIControl is a library for controlling fischertechnik models via the Intelligent Interface. IIControl is written in Java and provides complete abstraction from the interface and the hassle controling the serial port.
lejON, the LeJOS Odometric Navigator is a project which extends the LeJOS-API for LEGO Mindstorms bots. It adds a Java-API to LeJOS in order to control two-wheeled drives only by using motors and rotation sensors -- and nothing else.
Java library for open kinematic chains analysis. Inverse and direct kinematics and dynamics, various control strategies, trajectory planner ... pure java implementation that does not depent on non-java 3rd party libraries
Java Fuzzy Editor is a basic editor to allow creation of fuzzy based rules. It will save to serveral formats including to source code in several languages.
Articulated arm (Mitshubishi's RV-M1 Movemaster) support for Cyberbotics' Webots simulation package. Offers seamless control of simulated arm via TCP/IP, and adequate client-side bridges for simulation (TCP/IP) and live robot (RS232).
The MCLA Robotics project comprises a Java based platform for robotics application development. It is being developed by the physics department at the Massachusetts College of Liberal Arts in North Adams, Massachusetts.