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An IoT Thing using the Amazon cloud that monitors and reports observed radio frequency spectral power and can be remotely controlled.
Creating a LabVIEW Data Dashboard to interact with your embedded LabVIEW application from your Android or iOS tablet.
Update a devices wifi configuration from your phone
Using a BeagleBone Black, this coffee temperature detector works in an Internet of Things to create a comprehensive and useful display.
Create a robot on Raspberry Pi (or any other ARM device) for automated trading on Forex 24/7 and at almost no costs!
X10 modules are cheap and everywhere, in order to integrate these modules into your DIY home automation system it is nice to have a bridge.
Simple article for BeagleBone and Sparkfun MM8452 accelerometer. Python code is used.
The Descriptive Camera works a lot like a regular camera, but instead of producing an image it outputs a text description of the scene.
A classic toaster reflow oven built around the BeagleBone green. This oven is easy to tweak due to the Python based contoller with Web UI.
Beaglebone Green PRU PID motor speed control project.
Play your favorite PC games on Raspberry Pi (or any ARM) - Might and Magic 6, Stronghold Crusader, Pharaoh and Cleopatra and more.
Install a 3G/4G cellular modem on your Android BeagleBoard
Counter from 0 to 9 in display of 7 Segments on Beagle Board with Node.js
Do you want to use BeagleBone capes with Android? Here is how to get started.
An IoT hardware solution to make an old HVAC unit energy efficient. And quieter, too!
In this posting I will demonstrate how to connect between an Android phone and a BeagleBone Black Wireless (BBBW) using bluetooth RFCOMM
Make our BBG into SWD programmer by its powerful PRUSS (Progrmmable Reaitime Unit SubSystem), in order to control our bits.
BuddyBot is the first robot programmed entirely with the Swift programming language and uses the SwiftyBones library.
Create LabVIEW Web Services to provide an easy way to connected your embedded LabVIEW application to browser based GUI.
This tutorial describes the process of creating a startup executable from a VI and deploying it to run each time the LINX device starts.
Using LabVIEW 2014 and LINX 3.0, we created two wirelessly controlled Sumobots.
This tutorial describes the process for blinking an LED on the BeagleBone Black or Raspberry Pi 2/3 by creating a LabVIEW application.
A portable Elastic R Beowulf Cluster in a Briefcase powered by the BeagleBoard
Example for using BeagleBone, Mikroelektronika Barometer click and Python
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