Robot made with motor controller, signal distribution, and servo controller board, it's controlled through the network.

This is a newer version SBC w/ a SoC from Beagleboard. org that incorporates two A-72 microprocessors at 2Ghz.

It is not dual core, it is the am335x supported BBB! Enjoy my take on the build and ideas revolving around the Servo Cape(s)!

Non-invasive optical-based glucose sensor for ENGI 301. *** Note: Work-in-progress. Not complete yet. ***

A device that shows how much is candy is left and dispenses when you wave your hand.

You have LED strip lights in your house, but they take so much effort to use! Make funny colors shine with this cool project.

Have you ever wanted to make your remote-controlled car run by itself? Nico and Others (dubbed, 'Team YoungerWoods') have done it! :)

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.

We use the compounded knowledge we have gained in class to make an autonomous RC car that follows a lane and stops at a red box stop.

Implement/Tune an RC Car that follows blue lane lines, stops at red stop boxes, and uses ML to recognize stop signs using a USB webcam.

This project is a simple self-driving toy vehicle that drives along a path marked with blue painter's tape, stopping at 2 red stop markers.

Autonomous/Lane Keeping RC Car using Computer Vision on BBAI-64

Autonomous vehicles using BeagleBone AI-64 can follow lanes, stop at red boxes and detect stop signs.

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

Inspired by the Fast & Furious we built an autonomous RC car capable of staying within lane and stopping at traffic stop signs.

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.

GStreamer will be compiled from source to read compressed H264 video directly from an HD webcam to not waste CPU resources on a BeagleBone.

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.

PiTalk uses Quectel EG25-G Cat 4 module With maximum downlink and uplink speeds of 150 Mbps and 50 Mbps under LTE,

Compiling 8821AU WIFI card driver for Linux with BeagleBone Black

The BeagleBone will be controlled through the network and use a serial terminal to communicate with off-board devices such as MCU boards.

In this project, variable grip for a 6 finger augmentation device is possible through the use of a servo and potentiometer.

Did you want 16 servos in rotation all at once, well... do you?

GPS-RTK HAT for Raspberry Pi extension board with cm-level, high-precision RTK-GPS positioning