Open Source C# Robotics Software

What is it? It's a Bootloader for Microchip, Atmel, NXP, TI and 8051 devices. A Bootloader is a firmware running in the microcontroler device which allows the user to send it's own firmware without the need of a programmer. This Bootloader consists of: - firmwares for many devices (this firmware need to be send to the device's flash memory with a programmer, only once) - a PC software which communicates with the bootloader firmware in the device and send the user's program in its memory Where does it come from? This Bootloader is based on "Tiny PIC Bootloader" made by Claudiu Chiculita. A special THANK to him!!! What can it do? It can program: - Microchip PIC10/12/16/18/24/32/dsPIC30/33 - Atmel ATtiny, ATmega - TI MPS430 - NXP ARM Cortex-M0+ - Silicon Labs C8051 And this: - with light modifications to the Bootloader firmware for new devices - without modifying your source code or using a special linker script - via GUI or command line prog - with automatic Reset

There is 4 collons where you can write some text, and when you click spam the text you wrote will be spammed to whatever text thingy you have like skype.

Application allows make connection to electronic devices using popular interfaces (SPI, I2C, 1-Wire, uWire, UART) and control them trough FTDI ICs (FT2232D, FT2232H, FT4232H, FT232H etc). The title was formed historically and no longer reflects the functionality of the app. This software works in Windows 7-11 with .NET 4.5.

Algorithmic Trading implementation

A series of open source files and programs available to use for developing programs to work with the WowWee Robotics RSMedia Robot. These include a USB serial console, a cross-compiler, a firmware dump program, text-to-speech and source code.

Cool Chi Rover Tank iSpy Controller by C#

NXTCamView is a Windows app that configures and controls the NXTCam camera sensor for Lego NXT. NXTCam (by mindsensors.com) provides real-time vision recognition to NXT robots. NXTCam is based on AVRCam and AVRCamView by John Orlando and Brent Taylor.

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.

ATM18 is a collection of software modules for the Elektor / CC2 project ATM18. The ATM18 project is a controller board based on a Atmel AVR ATmega88 controller. Sourcecode are available for Codevision AVR, AVR-GCC and BASCOM.

This application allow you work with many kind of AVR chips.Architecture is designed on plugin system, it mean each HW tool for programming (for example STK500) is one plugin of this application. Current version support only STK500v2 HW tool.

Antiphobia is a project that takes advantage of artificial intelligence, Microsoft Kinect and other techniques to create a robot.

Bioloid API is a C# class library made to easily controle a Bioloid Robot directly from a computer. It allows to connect to a CM-5 controller and send comands to every dynamixels through high level commands.

A student class project in which a robot factory builds robots that then move around on the window. The intent is for the students to develop an object-oriented development mindset.

With BotWars.Net developers and students can create their own 3d virtual robots via .Net Scripts (C# or Visual Basic.Net) and make them combat in a full 3D arena. You can script the combat and defence strategy and also the robot equipment (weapons, etc.)

C# Framework that implements the iRobot Create OI specification, which is an expansion of the Roomba SCI spec. Also included is a diagnostic app, & an app with samples that use the framework.

C# Framework that implements the iRobot Roomba SCI spec. Also included is a diagnostic application named Roomba-Term that uses the framework. I invite you to use the Roomba-Term software as a tool & an example on how to program with the C# SCI

VS2008 C# App for the iRobot Roomba 600+ / Create 2. Based on the iRobot Create 2 Open Interface (OI) Specification. This is Kevin Gabbert's "C# CreateOI Framework", that I modified for the iRobot Create 2. It displays all sensor values, and lets you drive and play songs on your Roomba.

Control application for robotics. Vision, Trajectory, IA and Remote control.

Sistema de control y definición de secuencias programadas de movimientos para plataformas robóticas con controlador arduino Dentro del proyecto hay dos códigos fuentes. Uno es un módulo de control para un brazo robótico autónomo que juega al tres en raya y el otro es una plataforma de definición de movimientos programados para robots bípedos Pueden verse ejemplos de ambos en: Control de robots bípedos: https://sites.google.com/site/inteligenciarobotica/home/proyectos-de-robotica/robot-bipedo https://sites.google.com/site/inteligenciarobotica/home/proyectos-de-robotica/hadron-i Control de brazo robótico jugando al tres en raya: https://sites.google.com/site/roboticarevolution/brazo-robotico-jugando-al-tres-en-raya

The CoroBot is a PC-class robot by CoroWare, Inc. This project contains the Microsoft Robotics Developer Studio drivers for this hardware, as well as a simulated robot for the Microsoft Robotics Developer Studio simulator.

Emys Toolkit (EmysTK) is a collection of tools to be used in the development of software and behavior for the EMYS robot, in the LIREC project. Please visit www.lirec.eu for more information! Acknowledgements: GAIPS: (Intelligent Agents and Synthetic Characters Group) www.gaips.inesc-id.pt LIREC (LIving with Robots and Embodied Companions): www.lirec.eu IST (Instituto Superior Técnico / Technical University of Lisbon) www.ist.utl.pt Heriot-Watt University Edinburgh http://www.hw.ac.uk/

roboerc implements JAUS standard 3.3. It provides the necessary virtual networking library for JAUS message over TCP, UDP, Serial. It also uses JAUS switches to route JAUS messages across seperated virtual network.

This project implements an On Screen Display for FPV (First Person View) for RC planes. Sends telemetry data from GPS & sensors embebed with video information.

Mission planning system for IMTP (Institute of Marine Technology Problems, Russian Academy of Sciences) autonomous underwater vehicles.