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This is a fork of the JollyNinja Bot for Robocode. The project intends to document JollyNinja's sourcecode, 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.
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.
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.
Lay a foundation for success with Tested Reference Architectures developed by Fortinet’s experts. Learn more in this white paper.
Moving to the cloud brings new challenges. How can you manage a larger attack surface while ensuring great network performance? Turn to Fortinet’s Tested Reference Architectures, blueprints for designing and securing cloud environments built by cybersecurity experts. Learn more and explore use cases in this white paper.
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.
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 Javasourcecode 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.
Intend to reproduce most of the conversational programming functionality of the Fagor 8055TC lathe controller. Web browser interface for easy portability between different OS. Visit project web-site for demo.
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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 Fuzzy Editor is a basic editor to allow creation of fuzzy based rules. It will save to serveral formats including to sourcecode in several languages.
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.
B.O.T.S (Bots Tactical Simulation) is a programming game, where players "code" the behaviour of their bot and watch them fight with others bots in a arena. It comes with a full environnement in Java/Swing, for coding, debugging, playing matchs, etc ...
Driver support for 3D Controller Hardware. We hope to support SDL Input, DirectInput, and other major controller API's including game consoles and embedded systems.
Mobile Robotics is a javaproject developing wireless communication using bluetooth between a hand-held (palm, cellular phone) to a Lego Mindstorm device. We intend to bypass the limitations of the IR tower creating a truly wireless mindstorm.
This project is an implementation of a BML realizer using ROS. The algorithm uses an event-driven architecture, based on Petri nets, to ensure synchronization constraints for robots.
The mechSym toolkit is a set of classes that support
modelling classical mechanics systems with particular interset in robotic designs.
Classes simulate sensors, motors, mechanical linkages, and power.
visual time-elapsed simulations provided.
This project is about developing a dog agility trial for the AIBO dog. AIBOs don't go over jumps very well like a biological dog can, but there are lots of obstacles in a typical dog agility trial that an AIBO robotic dog might be ok at.
The project aim is to create the 3D simulation of robot-arm which moves on three axis. It's based on real robot- dual arm that can solve Rubic Cube. It's gonna be implemented using openGL in Java Applet and will be awesome=)
Framework for modelling of Natural General Intelligence. This project aims at creation of open source AGI (Artificial General Intelligence) through modelling of natural thinking. See http://roland.pri.ee/bakalaureusetoo/ for theoretical details.