There are 3 repositories under robot-controller topic.
A framework for integrated Artificial Intelligence & Artificial General Intelligence (AGI)
Computer Vision library for FIRST Tech Challenge
Steps done to configure Steam Deck as a ROS 1 robot controller
Simulink toolbox to rapidly prototype robot controllers
Repository for "Inverse Kinematics of Tendon Driven Continuum Robots using Invertible Neural Network" (CompAuto 2022)
This repository provides a brief introduction to PID control by using Python examples in Jupyter notebooks.
A ROS and Qt-based software controller for a 6 DOF robotic arm, written in C++.
A particles filter variant that uses Machine Learning to localize a mobile robot
Quadratic-programming-based robot controllers
pyQpController is the proof of concept simulator attached to the paper: Impact-Friendly Robust Control Design with Task-Space Quadratic Optimization. Examples are provided to brew your own multi-objective robot controllers in python.
Simple ROS2-PyQt-GUI for robot control
A collision avoidance controller to steer a robot away from obstacles
Agnostic Robotic Manipulator Controller (armctl). A unified Python interface for controlling a variety of industrial and hobbyist robots from different manufacturers.
Neurorobotic Simulations on the Degradation of Multiple Column Liquid State Machines
Desktop application for controlling the Mousr cat toys and Sphero robots
This is the reference design for a cable that you can attach to your roomba's SCI Port
Curated list of awesome plugins, controllers, and interfaces for mc_rtc.
The main repository for FTC team Inspiration #11128's code
A ROS Package: Controlling a Turtlebot on a Square Path
SpiderBot: A hexapod spider robot using Robotis controllers and Dynamixel AX18A servos.
Supervisor for controlling data flow in the BenchBot software stack: https://github.com/qcr/benchbot
Repository for Robot Control System for Manufacturing Robot based on Hexpod Robot
A ROS Package: Controlling a Turtlebot on Oval and Spiral paths
Team Overdrive's Main Repository for FTC Relic Recovery 2017-2018
This task is one of the tasks required in Smart Methods training program.
A robot navigation controller optimization problem using a genetic algorithm-based approach.
This project includes a Web frontend controller for Challenger 700, an Arduino Sketch for the Arduino Mega 2560 and Arduino Uno Controller of the Challenger 700 Tractor-Robot and an Ionic App controller for Challenger 700 Tractor - Robot
Exploring a maze by constructing an obstacle map
The android module that is part of the SC2079: Multidisciplinary Design Project course project. This module contains an Android application which allows user to issue remote commands via Bluetooth to an STM32-controlled four-wheeled robot.
Oakville Robotics FTC Team 9612 Rover Ruckus GitHub Repo
Websocket based Food Serving Robot Control App
ROS package for robot control using a PS5 DualSense controller.