This can separate dry waste and wet waste successfully.
Create a digital watch for Arduino combined with a 16x2 LCD Keypad Shield and using YAKINDU Statechart Tools.
Pen + pineapple = Pineapplepen. What about Pico + Machine Learning?
This is for embedded software developers with a solid working knowledge of C or C++, but who struggle with large and complex projects.
Connecting from a C++ or a Python application (running on NavQ - RDDRONE-8MMNavQ) to FMUK66 through a serial connection and MAVLink protocol
I will explain how templates work and how you may use them in your code.
Pedestrian traffic light for an Arduino by using YAKINDU Statechart Tools to implement a Finite State Machine (FSM) in C and C++.
The Arduino based Otto DIY can easily be controlled with state machines using YAKINDU Statechart Tools.
Always wanted to get good at the snake game? Now you can carry the game anywhere with you on your micro:bit!
Enhances situational awareness for forest firefighter crews.
A new device that takes two pictures and compares the color change between every pixel. It then creates a new image with the data.
3D Scanning using Structured Light (Slit Scanning) With ESP32 CAM, Line Lazer, coded with Arduino, which communicates to Client Application.
In this tutorial we learn how to build a DIY Controller for DJI Tello Drone using an Arduino and MPU-6050.
A beginner-friendly introduction to the ST software toolchain for professional electrical engineering!
A simple temperature and humidity monitor based on the Particle Photon 2.
NFC reader using the newest and most capable NFC chip from NXP. Contains an OO implementation of the NCI.
Simple Covid'19 Mask that can be controlled by hand gestures.
Create HMIs with state machines on Arduino by using YAKINDU Statechart Tools.
The system can complete at most eight polyp segmentation tasks in real-time, which is indeed helpful for joining medical applications.
Simple Project that allows you to open door without touching it. Guess how? shuusssh! its Magic!!!
A solar powered temperature and humidity monitor using ATtiny85 microcontroller and SHT31 sensor. Displayed on a four digit LCD
CD-sized device showing online time & weather data. Wirelessly powered and controlled, Using Arduino and ESP-01s. Easy to assemble.
With 80% less memory usage that previous versions and a new Custom Code Injection component, Visuino is a Robotics reality for all of us us.
Here's how to cross-compile and install the Tensorflow Lite C++ API on MaaXBoard running Debian OS.
