There are 2 repositories under amcl topic.
AUTONOMOUS ROBOT NAVIGATION USING ROS Clearpath Husky A200 robot with Gazebo and RViz simulations using different SLAM and Path Planning algorithms. 360 degrees laser scan with two SICK LMS511 LIDARs
Rust library for BLS signatures, MuSig, PS signatures
ROS Package for Autonomous Navigation for Differential drive robots
Simple differential drive robot for indoor environments simulated using ROS and Gazebo.
A set of launch files and configuration files for Plymouth University's Pepper robot
Navigate multiple robots in simulation using this code.
Mobile Robot Localization & Navigation within Clearpath JACKAL map using ROS, Gazebo, RViz, and AMCL
Multi robots perform mapping or localization and navigation.
d.ASH - Digital Autonomy Services Hub, a High Performance Robot Autonomy Stack for remote operational requirements
3. Localization with AMCL, RTAB-Map, and navigation with move_base
Convenience wrapper over Apache Milagro
ROS wrapper for SMAC, a versatile tool for optimizing algorithm parameters
2. Mapping with Hector SLAM, GMapping and RTAB-Map
Projects of the Udacity Robotics Software Engineer Nanodegree Program
Localization of a simulated differential robot in gazebo with the adaptive (or KLD-sampling) Monte Carlo localization ros package. This approach uses a particle filter to track the pose of a robot against a known map.
Dockerized Pepper simulation in ROS, with working navigation stack.
A weeding robot that can autonomously navigate in the field between obstacles, identify different kinds of weeds and then spray them in a Gazebo simulation environment.
Autonomous Mobile Robot (AMR), a holonomic drive with 4 mecanum-wheels. It autonomously maps an environment, localizes itself, and navigate to pick-up and drop-off objects in a simulated environment.
Packages for a 4-wheeled skid-steer drive home-service bot that picks and places an object to and from locations specified by markers.
Project 5 - Udacity Robotics Software Engineer Nanodegree Program
An autonomous home service robot that can autonomously map an environment, and navigate to pickup and deliver objects. Capstone for Udacity Robotics Nanodegree Incorporates and requires implementation of all Mapping, Localization and Path Planning skills learnt from each navigation project.
Localization using aruco markers on the map built by hector_slam with aruco markers inserter in it.
Utilized ROS AMCL package to accurately localize a differential-drive robot inside a map in the Gazebo simulation environments and avoided obstacles using DWA local planner.
Simulating a Clearpath Jackal Robot in a dynamic indoor environment.
4. Navigation with move_base and advnced planners, waypoints navigation
An implementation of Monte Carlo Localisation and its variants.
Udacity Robotics Software Engineer Nanodegree Term 2 Localization Project
Turtlebots playing hockey, my contribution: localization
A ROS Package for a trash collector robot developed with A* Path Planner simulated in Gazebo.
ROS-Noetic-AMCL