It basically take the sound input from surrounding and give the raw analog value of sound signal to Arduino and generate effect accordingly.
We are innovating the world of sound engineering. Using cutting edge technology, we bring you a buzzer whose frequency is keyed to a dial.
A musical Geiger counter.
Stereo VU meter based around an Arduino Nano, rotary encoder and a 1.8" 128 x 160 TFT screen.
A part Arduino, part Java project that aims to recognize compound whistle commands, e.g. to activate a fan, or even steer a drone.
Enabling HCI on Edge: Multi-threaded Gesture & Sound Control of kiosks with Intel OpenVINO. Eye Wink & Mouth Aspect with numerical models
I wasn't happy with the way the square waves sound, so I explored using other methods of generating sound waves with Arduino.
Build your own cheap touch-less light switcher right now!
This project will show you how to use a big sound sensor ( KY-038 ). We'll display the values on the serial monitor.
Ruler bass synth, 20 centimeters
Generate a sound described by Fourier Analysis coefficients. FPGA gives a possibility of generating complex sounds in real time.
In this project, I create a sound location finder. This circuit can be used as the basic building block to a robot that reacts to sound.
Let's put together this guitar shield for the Arduino!
Typewriter sounds, animated words and ASCII pictures for this Raspberry Pi based Gonzo tribute art installation
New sound and light for an old retro desktop jukebox.
There are bound to be times when you need to add music or SFX to your M5Stack projects. Here's how to do so with MicroPython.
Use your TV's IR remote to control the volume and mute of separate speakers without using the speaker's remote.
A very simple circuit to activate four timed solenoids for automated percussion: in this case hitting resonant plastic pipes.
Sound sensor construction for the Lane of Things project at Wrigley Field.
Train and deploy an audio scene classifier with Wio Terminal and Edge Impulse, send mobile notifications with Blynk.
This is a variation of the Light Theremin project from the starter kit and features components soldered onto a PCB.
Create your own little disco!
Measuring sound and analyzing data using the ELEGOO big sound sensor.
We are very close to having full integration of the new BeagleBone AI and Bela! We will be sharing all updates here.
