Precision beekeeping is an advanced approach that utilizes IoT-enabled sensors to monitor honeybee colonies, providing data ...

A major challenge in self-powered wearable sensors for health care monitoring is distinguishing different signals when they ...

This study presents a breakthrough in distributed temperature sensing with plastic optical fibers, achieving high spatial resolution for practical applications.

Arduino and Raspberry Pi are two staples in the DIY electronics community. Both are affordable, flexible, and supported by dedicated teams, thorough documentation, and a vibrant community. While ...

Setting the right water heater temperature isn’t just about comfort ... Your decision starts with choosing between a storage, heat pump-based or solar water heater. You'll also want to ...

Arduino UNO: As you know that Arduino is a microcontroller-based open source electronic prototyping board that can be programmed with an easy-to-use Arduino IDE. The UNO is one of the most popular ...

While these studies have collectively highlighted the versatility and potential of PS-based materials in developing ... multimeter connected to a PC via an Arduino card. The sensor’s response to ...

a proof-of-concept security system from Origin that used Wi-Fi sensing instead of motion sensors. But false positives made it virtually unusable. I also tried Wiz’s Wi-Fi-based SpaceSense when ...

Researchers from Auburn University in Alabama have developed precise and reliable paper-based temperature and humidity sensors. The environmentally friendly sensors were described in the Journal of ...

In the Journal of Laser Applications, researchers at Auburn University in Alabama present paper-based temperature and humidity sensors that are accurate and reliable, as well as eco-friendly.

Here, we're creating a plot-based smart irrigation system using the ESP32 Controller, a soil moisture sensor, a water level sensor, a relay module and DHT22 Sensor. Automatic Irrigation System using ...