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PAPAS (Path Planning Algorithms Suite) is a set of algorithms intended for path planning. It has common algorithms like PRM, RRT, Wavefront Planner, etc. The implementation is done in C language.
The Atholton Robotics Team endeavors to develop its Robotics Control Software and maintain its CAD design system using Source Forge. Software and design documentation is protected via creative commons license.
The FunnyRobot project designs an educational robot controller that is programmable via USB. Both the hardware and software are configurable and extensible. Users can build programs with a C++ library and run them under a real-time operating system.
The Heliostat project aim is to develop a low cost device for tracking the sun, capable of aiming at multiple targets, and based on the Arduino MCU platform. Off the shelf parts such as satellite dish actuators and other easy to find parts are used.
Brainbot is a general purpose robotics research platform, with an onboard PC. Brainbot's development was funded by the Brain Engineering Lab, the Neukom Institute, and HUV, Inc.
The cc3 project provides software for embedded vision systems. Currently, the software runs on the CMUcam3 hardware platform, which is a NXP LPC2106-based board with an onboard CMOS camera and FIFO, MMC interface, serial UARTs, and servo controller.
The CoreBots library is a set of components for robots. The library adresses the command and control layer, and the localization and mapping problem. It is intended to run on the CoreBots at Ecole des Mines and/or on the WifiBots.
All design related files for a general purpose PCB, hosting a Microchip dsPIC33FJ256MC710 part. Includes gEDA schematic and layout files, BOM, etc... The card will include power regulation, SD memory card, in-circuit programming support, etc...
A curriculum is made to be read by users to improve their skills in a specific topic. In our case we develop on robotics, Webots and the e-puck robot. The documentation can be found here: http://en.wikibooks.org/wiki/Cyberbotics%27_Robot_Curriculum
RobotSee is a language as easy as Basic, with the power of C. The RobotSee VM is a virtual machine that will run on anything from a small 8bit machine all the way up to a linux/windows class machine.
Mellow Panda is a collection of LINUX applications for control of radio receivers. It consists of a daemon and specialized clients (dedicated to each receiver model). There are example clients which Uniden Bearcat and Icom radios.
Weekend-robotics enables the dedicated amateur to build a autonomous robot. It runs on a Linux system for high-level operations and offers an interface to the defacto standard hardware abstraction layer in robotics, Player/Stage.
OpenEADL is a collection of open source applications that may be used to extend the functionality of powered-wheelchairs and electronic aids for daily living (EADL).
Multinetbot is an adaptation of EasyBot (http://www.easybot.com.ar). It adds the capability to control multiple real bots over a wireless connection, and the possibility of use multiple and different neural networks that are loaded at runtime.