Diversity Adaptive Obstacle Avoiding Robot
Device able to communicate via LoRaWAN; Process images, extract pertinent informations and send it, and get information from smart sensor.
Example of diy smart socket. This can be controlled by ESP8266 Home application. With this smart socket you can on/off any device in home.
It's a Morse code receiver base on processing the light signals.
Controlling lights and CO2 admission to a aquarium. Sensor data is stored so it can be used for statistics.
A robot capable of motion in response to our gestures.
Automatically turn on the humidifier when the environment humidity is below 50%.
Application notes for Pmod DA2 and Arduino Uno. In this app, the output voltage of the Pmod is chosen by the user from the serial monitor.
How To Make ARDUINO Kotatsu! Kotatsu with ARDUINO starts from scratch, winter project! World's first guide to make Arduino kotatsu.
We have created a car controlled by claps with Arduino. It also stops when it impacts with something.
This project combines eLua with an open source RISC-V CPU core to a powerful, self-hosted embedded platform for FPGAs.
We finished the Cobra MiniSumo chassis build in part 1 of this project. Let's add some brain power this time.
IoT project from UW Bothell Sensor Systems class. Group wireless GPS tracking and environmental data shared between system users on LCD.
A scrolling text display, using 294 LEDs to simulate a stock exchange ticker.
Rover project using the Renesas Synergy S7G2 MCU on board a Future Designs SYG-SOM module powering a Dagu Rover5 chassis/motor controller.
This is a low cost robot that will help students in better learning and understanding.
Set up an RGB LED to phase through the colors of the rainbow, or use twist knobs to make a custom color.
Automatic and controled plant irrigation system with data monitoring through internet, locally or via SMS + alerts.
Application notes for Pmod SF2 and Arduino Uno. In this app, data is stored at the specified address and then replayed.
Application notes for Pmod AD2 and Arduino Uno. The result of the A/D conversion of channel A0 is displayed on the serial monitor and LCD.
Application notes for Pmod AD5 and Arduino Uno. The result of the A/D conversion of the AIN1 channel is displayed on the serial monitor.
Application notes for Pmod ACL and Arduino Uno. The 3 components, X, Y & Z, of the accelerometer are displayed in the serial monitor.
Application notes for Pmod OD1 and Arduino Uno. In this app, the motor will be programmed to accelerate & decelerate at specific intervals.
Application notes for Pmod SSR and Arduino Uno. In this app, a load is controlled from the serial monitor.
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