Adafruit’s Raspberry Pi blog in the US is becoming an interesting design projects and shows how the tiny computer which came out of Cambridge is being used by the US maker community. This camera ...

The PIR motion sensor is a key component in this project. It detects infrared radiation from moving objects, such as humans or animals, and sends a signal to the Raspberry Pi.

To create the project, you'll only need a Raspberry Pi, Raspberry Pi-supported camera, PIR motion sensor, LED, and Arduino.

You’ll just need a Windows PC, a PIR motion sensor, a Raspberry Pi 2, and a USB camera. If you’ve been itching to see what Windows IoT is all about, this seems like a good starter project to ...

Just like the PIR motion sensor setup, this part is super easy. Plug the ultrasonic range finder sensor into digital pin 4 (D4) of the GrovePi+ board and power on your Pi. Software Setup ...

On your Raspberry Pi, locate Pin 2 and gently push the VCC cable into place. We connect the VCC pin on the PIR sensor to a 5V pin on a Raspberry Pi, which is Pin 2.

The Living Portrait is powered by two primary components: a Raspberry Pi and a Passive Infrared (PIR) Motion Sensor. The PIR sensor scans the area of any movement, typically covering a range of up ...

Extra abilities with Arduino, Raspberry Pi, and more With a PIR sensor, a power supply and a voltmeter, you’re well on your way to some cool tech. Jeremy S. Cook ...

To create the project, you'll only need a Raspberry Pi, Raspberry Pi-supported camera, PIR motion sensor, LED, and Arduino. The Arduino monitors the motion sensor and controls the LED, while the ...