It's not 2020 if you can't build robots of doom out of scrap consumer electronics... (c)freenect Github issue
LIDAR stands for Light Detection and Ranging. LIDAR is used for many applications including 3D scanning, mapping, laser guidance, etc.
If you think the second robot in the picture doesn't look stable enough, you''ll be surprised.
Mapping a room needs more processing so I used a basic ultrasonic sensor, connected it with a servo and plotted them.
My daughter is getting adventurous in her cycling, so I put together a simple logger and speedo to show where she traveled
This is a mapper for the Helium network. It checks available hotspots, signal strength, quality, gps location & sends to the Helium server.
We wanted to create a robot that can be used to navigate the terrain autonomously, map the environment and relay info to operator.
This tutorial will cover how to install ROS Melodic on the Jetson Nano and build a map of our environment using LiDAR and Hector SLAM.
A Raspberry Pi 4 platform
I attempt to map the shape of my room using four HC-SR04 Ultrasonic distance sensors and a magnetic compass to measure the heading.
The autonomous system guided by GPS, designed to map the water and air quality of a specific area, communicating the data in real-time.
A survey drone to generate ortho-rectified map of a survey area and point out nearby facilities like hospitals, fire-stations, etc.
An excellent project for location tracking involving a Ublox sensor and an Arduino, which can be used for many portable devices.
Find out how to do projection mapping with the Touch Board.
Navibot is a guidance system that helps visitors or patients navigate their way in any new building.
Contribute to the Helium Mappers project with the WisBlock.
Sixfab Raspberry Pi Cellular IoT HAT lets you send or receive data over LTE-M networks the Telnyx SIM covers without needing gateways.
Display GPS info on the OLED and put it on a map dashboard at Losant. The map is much more detailed than what's shown here (privacy).
Here is a documentation of the development of an automated navigation project with myAGV and myCobot.
The explorer and mapper robot will be a robot with four wheels which will evolute in a room.
We found an app that will check the weather and give you the best travel method to go to school or work.
48% percent of Detroit households are food insecure; OASIS autonomous food deliveries unite Detroit's urban farms with less-served families!
Create a wheeled robot based on Visual SLAM technology powered by Realsense D435i camera, Intel Robotics SDK software, and any x86 Intel CPU
This article explores improving myAGV’s precision by adjusting the gmapping algorithm and software, focusing on enhancing navigation accurac
