Bongilcheon High School, Makers club 's team project.
Tutorial to use Gyro Sensor MPU6050 module with "skiiiD"
I have created a generic deep learning model to detect activity with high accuracy which can be used on different animals.
Wearable device which will detect fall and call emergency contact person, reminds to take medicines, bluetooth location tracking.
Backyard pools are a great place to play, but not always the safest place. Let's change that with the help of Microchip's PIC-IoT WG device.
Want to measure your activity over the course of 12 hours? Here's your gadget! This could be your sleep or even your daily activity.
Make the world a little bit safer with an automated distributed disaster detection system!
How to get started with the MPU6050 module
Apple Watch based instant sensor notifications for the persons you care.
A dual axis spirit level that uses a MPU-6050 Motion Tracking Sensor and is displayed on a 8x8 LED matrix.
Classify a fan's operational state on the SAMD21 ML Eval Kit using the SensiML Toolkit.
Creating a TinyML classification model to identify the correct execution of gym exercises
Discover how to capture magnetometer, accelerometer, and gyroscope data from the MPU9250 9-axis sensor using the Raspberry Pi.
This tutorial shows how to make a self balancing robot using Magicbit dev. board
The MPU6050 accelerometer gyroscope is a widely used chip with a 16-bit measurement resolution on every six-axe sense. Let us build one.
Learn how to get more accurate linear and gyroscopic acceleration values from the MPU9250 using a simple calibration technique.
Arduino control and gyroscope module with code and wiring diagram. Used to detect pitch, yaw, elevation and distance from source.
To build an ML pencil that will recognize 5 Hindi alphabets by analyzing their accelerometer and gyroscope data using Machine Learning.
Ethernet Monitoring Temperature/Humidity(SHT3x) and Acceleration/Gyro(MPU6050).
Web-based CH552 gyro viewer with real-time visualization via WebSerial, adapted from open-source USB firmware and Processing.
Let's make learning fun with my seesaw LEDs game!
This robot car's motion is controlled by the direction you tilt your hand, with a gripper that opens and closes when you bend your fingers.
This project compares the ways of obtaining a compass angle, using the MPU-9250 gyroscope, MPU-9250 magnetometer, and motor encoders.
Learn physics through play! The gyroscopic effect is one of the most exciting concepts of physics which is demonstrated in this project.
