Always-listening, privacy preserving voice assistant, designed to interact with IoT devices over MQTT.

Using a BBAI64 to modify an RC car to drive itself through a tape course, using a camera and speed encoder to control the car motion.

An autonomous vehicle on a BBAI-64 that's capable of lane-keeping and stopping at a stop box (good for getaways).

Build an autonomous vehicle using computer vision to follow a lane, stop at red, and stop at a stop sign (with ML) with BeagleBone AI-64.

Our project is an autonomous car that will use lane tracking to follow a path and also stop in areas where the path is red.

I believe that most of boys are desired to own a RC car and explore anywhere they want. Me too! So I thought of making one with my BeagleBon

Beaglebone Black (BBB) autonomous vehicle that drives between lines, stop at stop signs and stops at traffic lights.

We have coded an RC car to autonomously follow a track and stop at a "stop sign".

We have coded an RC car to autonomously follow a track and stop at a "stop sign".

Make a lane-keeping RC car using the Beaglebone Black, Linux knowledge, and Python's computer vision library OpenCV!

Beaglebone Black (BBB) autonomous vehicle that drives between lines, stop at stop signs and stops at traffic lights.

This car follows a path on the ground, stops at a stop sign, and a stoplight due to the magic of vision processing on a BeagleBone Black!

Designing a car to stay within lane and react to stop signs and lights

In this project, our team built a lane following, autonomous RC car with the beagle bone black using the OpenCV library.

We teach a car to stay in it's lane and stop on a dime

3d area scanner utilizing off the shelf and 3d printed parts and components.

The GPIOD in the BeagleBone Black relies on Python wrappers to work. Our project allows Python code to work with the GPIOD directly.

Low-cost IoT Gateway made with open-source software and hardware. Software includes temperature, humidity, and ambient light sensing.

Audio spectrometer implemented on an LED Matrix with a BeagleBone.

I made a Magic 8 Ball to make all my important decisions for me by attaching MPU 9DOF and OLED C clicks to a BeagleBoard.org PocketBeagle.

Determine a solar power plant's power output using data from the Cloud Motion Vector (CMV) Sensor System and a model of the power plant.

Current sprinkler systems leave much to be desired, so we've designed a sprinkler system that works smarter and saves water!

Retro gaming on a 16x16 LED matrix using a PocketBeagle.

We finished the Cobra MiniSumo chassis build in part 1 of this project. Let's add some brain power this time.