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An interpreter for the G-code language, which can control a 3-axis Cartesian positioning system (ie for a CNC milling machine) which has electronics compatible with the RepRap project.
An easy to extend, highly graphical, easy to use 2D robot simulator specialized for path planning algorithms. Can be used in testing various robotic algorithms, and already used for comparison of path planning algorithms like RRT, RRTConnect, PRM, RboT..
A set of applications, utilities, and libraries used in conjunction with commodity hobby-grade radio controlled helicopters to create an aerial robotics platform.
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A simulation environment for 2D robots to interact and perform tasks in. Meant to be educational and demonstrate emergent behaviors. No download necessary! See demos on project website!
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.
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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
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.
mcuStudio is a development environment for Microcontrollers. It's based on Eclipse (plugin). The aim is to provide a high quality development environment for electronics. First editions will target Microchip Pic mcu's. Other mcu will be supported later.
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.
General Purpose platform for developing robots based on AVR's where the main intellegence is controlled by a PC or similiar device.
Developed in 'C' for the AVR and Java for the controller.
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.
A project originally for an undergraduate Freshman seminar on motion planning algorithms. Provides a basic interface for drawing obstacles in a 2-D plane and the ability to select an algorithm by which to plan a path in this user-defined world.
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.