Adding a much cheaper alternative to the Carter and Kaya designs reference using a Lego EV3 set.
Donkey Car featuring the Ultra96 board, a Raspberry Pi, FPGA accelerated stereo vision, MIPI CSI-2 image acquisition, a LiDAR sensor and AI.
A BeagleBone Blue powered drone that will follow you around on a leash.
Project ARIES - A system of intelligent and connected autonomous vehicles to provide an immediate response and action to emergency scenarios
An autonomous car able to drive along a lane and react to roadsigns, obstacles and smart RFID markers, powered by OpenCV and Embedded Linux.
Quadcopter control and pole balancing using Deep Reinforcement Learning and Hand Gestures on Ultra96
An Autonomous Delivery System using the DonkeyCar which allows you to send or receive physical items, in a number of different scenarios.
Porting the Navio autonomous vehicle HAT to Windows IoT, building a Windows drone and enabling a whole new hardware platform for Makers!
Baby MIT Cheetah Robot is the previous version of this robot. I did lot of changes in this version.
Autonomous drone equipped with GPS for traveling by the mountains, GSM, and a thermal camera capable of locating lost people or animals.
The autonomous system guided by GPS, designed to map the water and air quality of a specific area, communicating the data in real-time.
Surprise visitors in your organization with this Autonomous Tour Guide using the DonkeyCar and Sony's Spresense board!
A low-cost home robot that can do tasks around the house.
Robot to harvest strawberries based on the Kria KR260
We believe that we can make better use of the AI available to us and make people's lives a bit better by automating the snow removal process
Integrating Time of Flight sensors with the drone to implement autonomous features such as altitude holding.
We identify and locate 'hot spots' with open-source software and, low cost, off-the-shelf hardware.
FPGA implementation of a highly efficient real-time machine learning driving assistance application using a camera circuit.
A low-budget and sufficiently capable to replace the existing, expensive indoor carriage robot, based on line following and decoding system.
How to use the most advanced Ai /CV techniques combined with Arduino to create a fully self driving vehicle capable of driving on real roads
This work is important, since, approaches questions related to a substitution of the current equipment and makes possible the inclusion.
A fully autonomous lock cracking robot.
AI Autonomous Room Rover Robot - obstacle avoidance system. Part 1 Series.
Auxi is an ML-powered rover that uses computer vision for autonomous navigation and transporting loads in various environments.
