Face Recognition and Objects Detection using UGV - Bachelor's University Projects.
-
Updated
Aug 19, 2020
Face Recognition and Objects Detection using UGV - Bachelor's University Projects.
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.
Giant UGV Robot controlled via smartphone
Simultaneous Facility Location and Path Planning for UAV Networks
Team Blue Jays; Based on Turtlebot and Orbbec Astra
Tracking tagged ground mobile robot using DJI Phantom 4 Pro drone.
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.
Railway Reservation System project in CPP
plot a 3D model of the an UGV robot in Matlab software
A novel design of an Unmanned Ground Vehicle based on ROS
Drone Instance Segmentation using Mask RCNNN
This board uses a teensy 3.2 microcontroler to control an Unmanned Ground Vehicle
Add a description, image, and links to the ugv topic page so that developers can more easily learn about it.
To associate your repository with the ugv topic, visit your repo's landing page and select "manage topics."