An indoor positioning system based on WiFi RSSI data to return to the right room of a hotel corridor. Maybe useless, but it works just fine!
In this project you will learn how to build your own GPS and Arduino vehicle position recorder system.
I built this project for the fun of it, to display our current GPS coordinates on a small OLED display. Based on Xinabox running an ARM M0+.
LIDIA is a Light Disinfecting Apparatus. It is used to quickly disinfect commercial spaces by contorting its geometry to concentrate light.
C-Astra is a smart LIDAR based autonomous navigation enabled robot which uses UVC light to disinfect buildings.
A smart solution to an age-old problem for the blind.
Here is a documentation of the development of an automated navigation project with myAGV and myCobot.
Learn how to build a digital compass that displays the heading of your device with respect to magnetic north.
Demonstrating how to build an e-Compass using micro:bit development board's Magnetometer/Accelerometer sensors.
A Case Study in Automated Fruit Harvesting and Transport with Compound Robot
Try using myAGV for automatic navigation with TEB-DWA algorithm.
The HMC5883 is a digital compass designed for low-field magnetic sensing.This device has a wide magnetic field range of +/-8 Oe.
A simple library for a six-wheeled rover navigation.
This project shows you how to take advantage of GNSS connectivity of Sony Spresense board with Zerynth.
A scene of a compound robot
myAGV performance has been fully upgraded, what are you waiting for?
Learn how to make Calibrated 3-dimensional magnetic field sensor with XinaBox using xChip SI01 – IMU 9DoF.
The KD2 Droid is designed for adaptability in navigating environments inhabited by humans.
Not wanting to take the next "expensive" step in Autonomous robotic vehicles by modernizing obstacle avoidance I investigated LIDAR mapping.
In this project, you will be able to create a simple store locator for a mall.
Navigation system to find your way in the absence of visual cues, such as swimming in open waters under low (or absent) visibility.
Create a wheeled robot based on Visual SLAM technology powered by Realsense D435i camera, Intel Robotics SDK software, and any x86 Intel CPU
New scenarios, new introduction to limocobot application cases
Harmlessly scare away predators that would otherwise eat or harm plants and animals on a property.
