A team of secondary school students from Greece use Arduinos to learn programming and their creations have enjoyed broad media coverage.
Lets build a NRF transmitter using arduino
This ML acceleration tutorial is on how to create a DPU TRD in Xilinx VIVADO design tool and how to configure Petalinux for Desktop-GUI.
We identify and locate 'hot spots' with open-source software and, low cost, off-the-shelf hardware.
Curious about autonomous driving, AI and neural networks? Build your own autonomous driving car and get your hands on these topics!
Integrating Time of Flight sensors with the drone to implement autonomous features such as altitude holding.
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
An Arduino-based rover that is capable of sensing its environment and navigating without human input.
The bot tracks circles within a specific color range and avoids obstacles along the way.
In Space no one can hear your FPGA scream. High Reliability FPGA design teaching aid
A fully autonomous lock cracking robot.
This work is important, since, approaches questions related to a substitution of the current equipment and makes possible the inclusion.
An autonomous robot capable of following a current through a wired course.
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.
Autonomous car, built from a LEGO frame, which responds to nearby objects and can also be manually controlled via remote control.
Autonomous boat with a set of sensors is used to analyze the content of the water and creates a map according to the collected data.
Auxi is an ML-powered rover that uses computer vision for autonomous navigation and transporting loads in various environments.
A voice automated bot that takes you around a college campus.
A medical IV stand that will follow patients using image recognition
Surprise visitors in your organization with this Autonomous Tour Guide using the DonkeyCar and Sony's Spresense board!
Our system is designed to use computer vision to have an RC car follow a particular path and stop when it detects the color red.
DYI RaspiCar can drive, survey it's surrounding and decide its next path. Best of all, the parts cost only $100.
