The gesture recognition system mainly consists of three parts: signal generation by GR-TENG, information processing by Arduino, and the IoT platform, as shown in Figure 1 a–c. As shown in Figure 1 a, ...

Gesture-based home automation allows users to control household devices through simple hand movements, removing the need for switches or remotes. It improves convenience, accessibility, and hygiene ...

While PIR sensors can be used with Arduino and other microcontroller boards, those best-suited for hobby use are smart enough to perform simple tasks without any programming.

Arduino is a suitable platform for creating IoT projects, as it can interface with various sensors and modules, such as temperature, humidity, light, sound, motion, or GPS, and send or receive ...

This Arduino program turns on an LED when motion is detected and turns it off when no motion is present. It also sends status messages to the Serial Monitor to indicate motion activity.

He uses an Arduino in the arm sensor as well as a Raspberry Pi in the backpack to tie it all together, and he goes deep in the weeds explaining how to use Tensorflow to recognize the gestures.

[B. Aswinth Raj] wanted to control a VLC player with hand gestures. He turned to two common ultrasonic sensors and Python to do the job. There is also, of course, an Arduino. You can see a video of… ...

A new gesture controlled robotic arm has been created using a little Arduino hardware together with a Microsoft Kinect sensor the skills of a team of makers. Details and instructions on how the ...

Using motion detectors and an Arduino you can trigger lights, fans, or even an pneumatically controlled cleaver-wielding clown to help add your house to the “if you dare” list.