There are 1 repository under ackermann topic.
ROS packages to control a version of Roger Chen's Sawppy Rover.
ROS packages for control of an autonomous Renault Twizy at the Department of Electrical Engineering, Chalmers University of Technology, Sweden
🤖 Autonóm robotverseny zalaegerszegi forduló megoldás template 2023
Variety of single-purpose scripts with different practicality levels, made for fun in Python.
A pseudo-3D mini-game based on a 4-wheel Ackermann car steering model developed by Pygame, combining mobile robotics and computer vision.
ROS Kinetic Compatible ground mobile robots (2WD, 4WD, Ackermann Steering, Mecanum Drive)
Ackermann Car Simulation in Gazebo
Ackermann Algorithm implemented in C, C++, C#, GoLang, Swift, Javascript, Haskell, Python and Unix Shell.
Software Simulation of a Scaled Electric Combat Vehicle - Autonomous Capabilities, Object Detection, Avoidance & Classification
Computer Architectures projects (Fibonacci, Simple Calculator, Ackermann Function) implemented in ARMv8 assembly language.
Algunos algoritmos famosos, reprogramados según la programación funcional (lenguaje scala)
A basic tool for visually tracing the recursive call stack for the Ackermann–Péter function.
Universal locomotion control package for holonomic rovers for ROS framework
A program that features various recursive functions in separated tabs made in a special panel. The functions are: Fibonacci, Ackermann, Factorial, Binary Search and Number File Search. Made in the Algorithms and Complexity class.
Analysis of recursion in C and Python for the Ackermann Function and Quicksort Algorithm.
Small project to show the problem of using recursivity approach for some problems
ROS Project for Robotics course [PoliMi]
Ackermann steering controller to reduce slippage in wheels for a four wheeled robot
Repository for the Mathematical Foundations of Computing course.
Ackermann function or Ackermann-Peter function is a simple example of a recursive function that is not primitive recursive. It takes two natural numbers as arguments and yields a natural number, and its value grows extremely quickly.
Autonomous wheeled bot with Ackerman drive with Monocular camera-based navigation
Designed and implemented a controller for an Ackermann kinematic model that could take inputs such as goal location and goal heading and apply the appropriate control input to the motors of the vehicle. The inputs were target heading angle and velocity. The outputs were the steering angles and angular velocities for each of the front wheels.
Ackermann benchmark with GitHub Actions.
Ackermann function with big numbers support
ROS Compatible ground robots (2WD, 4WD, Ackermann Steering, Mecanum Drive)
An Ackermann calculator with customizable stack memory allocation
arbitrary-precision Hyper-operations in Rust