Library to create a menu for LCD or other displays. Designed for easy usage.
The HMC5883is a digital compass designed for low-field magnetic sensing. This device has a wide magnetic field range of +/-8 Oe.
Use your smartphone as an IMU for your Raspberry Pi project!
Estimate distance and position of solid objects using multiple low-cost ultrasound sensors.
Measure the magnitude and direction of Earth's magnetic field with the HMC5883L 3-axis magnetometer.
Designed a system which would ensure high navigation solution integrity even in an environment with poor or no GPS/Satellite navigation sign
Use Pixy2 and Arduino to train your robot car to follow road signs!
In this project you will learn how to build your own GPS and Arduino vehicle position recorder system.
A Case Study in Automated Fruit Harvesting and Transport with Compound Robot
The HMC5883 is a digital compass designed for low-field magnetic sensing.This device has a wide magnetic field range of +/-8 Oe.
This project shows you how to take advantage of GNSS connectivity of Sony Spresense board with Zerynth.
A scene of a compound robot
In this project, you will be able to create a simple store locator for a mall.
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
NavIC is a GPS tracker module built specifically to work with Bharat Pi boards. It uses the NavIC (Navigation with Indian Constellation)
