There are 3 repositories under ugv topic.
PX4 Autopilot Software
LeGO-LOAM: Lightweight and Ground-Optimized Lidar Odometry and Mapping on Variable Terrain
ROS client library for the Go programming language
Mavlink library (2.0 and 1.0) for the Go programming language
flexible and efficient Mavlink router
ROS nodes for outdoor SLAM on a ground robot
[T-ITS] Sim-to-real goal-oriented mapless autonomous navigation (DRL navigation).
Slamtec RPLIDAR Lidar SLAM A1 A2 A3 S1 S2 MapperM2 support Mapping navigation for ROS robot
Modeling, Planning and Nonlinear Control Techniques For Autonomous Vehicles 🎛️🚘
My Diploma Thesis on ArDrone 2.0 and Turtlebot2 collaboration for efficient exploration of unknown space.
Open-source simulation engine for robotic general intelligence (RGI)
Universal Control System for Robotic Vehicles
Building of Under Vehicle surveillance on Jetson TX2
This board uses a teensy 3.2 microcontroler to control an Unmanned Ground Vehicle
CONSTRUCTION OF AN UNMANNED GROUND VEHICLE (UGV). The project use a raspberry pi as a web server to launch a web app to control a vehicle remotly
plot a 3D model of the an UGV robot in Matlab software
A novel design of an Unmanned Ground Vehicle based on ROS
Railway Reservation System project in CPP
Unmanned Ground Vehicle with SLAM and Autonomous Navigation using ROS Framework in Indoor Environment
Project Tango is a development testbed built from scratch to gain experience in fields of Electronics, Mechanical design, and Robot Operating System.
Drone Instance Segmentation using Mask RCNNN
Tracking tagged ground mobile robot using DJI Phantom 4 Pro drone.
Team Blue Jays; Based on Turtlebot and Orbbec Astra
Android implementation of an open standard for HMIs used in drone control
Giant UGV Robot controlled via smartphone
Simultaneous Facility Location and Path Planning for UAV Networks
This project aims to develop a Cyber-Physical System (CPS) architecture that uses IoT sensors and a ROS-based UAV to supplement traditional firefighting methods.
This repository has information in the wiki on the development of a ROS-based UGV I created. The system utilizes a Raspberry Pi (3B+), camera, lidar, and motors to provide essential functionalities for UGVs.