This project will be a Java Application for the Parallax Microntrollers, It will eventualy implement Code Snippets, and javadocs when completed. If you are experianced and interested in Java, please help this project.
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This is an object oriented approach for a wrapper around the USARSim project. Using C++, this is a library that allows code similar to Player/Stage code to be used on the USARSim project.
USARSim:
https://sourceforge.net/projects/usarsim
This script prints quadrature encoder wheels, with an index, it can be edited to create any size wheel. This allows a computer to read the speed and direction of a rotating shaft, such as a servo motor.
An implementation of Bruhn et al.'s fast variational optical flow algorithm using the OpenCV image processing library. The code calculates dense flow fields with a user-specified level of precision.
Building code for small model Unmanned Ground Vehicle. This only use a single webcam (monocular) as its sensory purpose. We would be using VC++ and OpenCV library.
the Java Vex Driver (JVD) is another method of controlling the Vex robot. Like JVex, it uses Java to control the Vex robot. it is designed to be as simple as possible and requires only that you download the default online code.
This is a third year computer science project.
A software system for simulating and animating Reinforcement Learning (RL) algorithms mainly for modular robots.
UfakPython is a small subset of Python programming language, for small embedded devices, like PICs. UfakPython sources are translated to C by UfakPython Compiler. Small Device C Compiler can then compile the C outputs to the target device's codes.
C sourcecode of firmware for a hardware hack for "Ninja Pan and Tilt" using "Teensy USB Development Board". It is cross-platform (Win, MAC, Linux) over USB, reports status and can record/playback movements to eeprom. Networked using "telnetninja".
This is a tool(MATLAB code) to find out the least-weighing path in a maze containing coloured squares where every colour has its own specified weight/cost. By default, it is programmed to calculate the path in a 8x8 square maze.
Navlib is a collection of algorithms created to solve the navigation problem for 2D non-holonomic vehicles. It includes code for computational geometry, system identification, path planning, and control. Written in C++ with python extensions.
Arduino2Lego is a project developed at the Politecnico of Milan by a Computer Science Engineering student.
It aims to make all Lego NXT peripherals (motors, sensors,...) easily usable from Arduino.
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 and light carrier phase differential gps code that takes integrated carrier phase measurements from a ground station and a receiver and returns 2-5cm accuracy on relative positioning.
A 3D robots simulator written in python. Uses ODE physics and OpenGL/Inventor graphics. A differential wheels robot is provided. There is no user interface but the code is small and is intended to be easily extended for your simulations.
This is the code for FIRST robotics team 166's 2008 robotics code. It is written in C, and is intended for use on the 2008 Innovation FIRST robot controller, which utilizes a microchip PIC18F8722 processor to control a FIRST robot.
AVRCNC is a CNC-Controller based on an ATMega8 and some other (cheap) hardware. Main advantages compared to L297+L298 are: - simpler to build - easier to expand - mega8 controlls motors directly - no time-critical tasks on PC
‘intelliworm’ is a prototype simulation of a Intelligent Species of a common earth worm,which inherits human like decision making capabilities through Neural Network intelligence representation,all developed by integrating .NET with Lisp and Yacc.