This article describes in which aspects AI Kit 2023 has been upgraded and what good functions it has now.
Use ROS (running on Esmacat Master S) to teleoperate robot in Gazebo simulation environment using analog input from LCD Shield with EASE.
SoraBot-UVGI is a modular robot for sanitizing surfaces. It is small, it is equipped with self-driving, it is open-souce and low cost.
Small project done during the first hacking session at Erle Robotics. Implementation of a 'text to morse' block for the erle-brain.
A model car driven by KV260 and a USB camera mounted on the front.
This tutorial explains how to control the status LEDs from Erle-Brain 2 with the Robot Operating System (ROS).
My first foray into exploring ROS - Robot Operating System. Learning it by creating a Robot project, parts mainly from my son's STEM toys.
A Case Study in Automated Fruit Harvesting and Transport with Compound Robot
Robot on a moving platform for the treatment of premises from COVID19 bacteria using an ultraviolet lamp, remotely controlled
Yocto and ROS 2 Humble allow you to build custom Linux-based production-grade operating systems for robots with AMD ZCU102.
Try using myAGV for automatic navigation with TEB-DWA algorithm.
Details of robot vision and human-robot interaction with myCobot AI Kit
Use genuine moon data to train the AI of the lunar robot! It uses ROS2 to prepare and avoid obstacles for future space exploration.
This article is primarily about introducing 3 robotic arms that are compatible with AI Kit. What are the differences between them?
Health technology assessment evaluated the effectiveness and impact of portable UV light surface-disinfecting devices for reducing HAIs.
This first part of a series on building a helper robot describes the planning stages and early systems integration testing.
Map creation and automatic navigation with myAGV
This repo contains the firmware of ESPcopter that enables this drone to communicate with ROS.
By developing autonomous wheelchair with self driven capability for moving towards the desired location.
It is a ROS artificial intelligence robot based on the NVIDIA JETSON NANO 2GB board. Built-in ROS and OPENCV, Python3 programming.
Utilize KV260's hardware acceleration to perform reliable human position estimation
Support MoveIt simulation and 3D mapping navigation for Nvidia Jetson NANO 4GB B01
A scene of a compound robot
As a Hiwonder customer, Alex Schultz provides an honest review of JetAuto's functions, offering a clear understanding of its capabilities.
