GitHub

Arduino DHT11 Weather Station - Live Serial Monitor with Logging and Metrics

This project utilizes an Arduino Uno CH340G development board paired with a DHT11 temperature and humidity sensor to create a compact yet capable environmental monitoring system. It measures ambient ...
IEEE

Predicting Gestational Hypertension Risk in High-Density Cities: A Time-Weighted Heat-Humidity Exposure and Built Environment Analysis Using XGBoost in Shanghai

Abstract: The synergistic mechanisms of hot-humid climate and the built environment (BE) on Hypertensive Disorders of Pregnancy (HDP) in high-density cities remain unclear. This study integrated ...

Build a Raspberry Pi AI Voice Assistant with ElevenLabs Conversational AI

Build a voice assistant on Raspberry Pi using ElevenLabs and Open Meteo, so you get live forecasts hands free.
Hackaday

Hands On WIth The Raspberry Pi Compute Module Zero

We are all familiar enough by now with the succession of boards that have come from Raspberry Pi in Cambridge over the years, ...
IEEE

Sand and Dust Storm Attenuation Prediction Using Visibility and Humidity Measurements

Abstract: Sand and dust storms present significant challenges to microwave and millimeter-wave propagation, directly impacting communication systems. Despite the existence of various theoretical and ...
GitHub

Use your Flipper Zero to control your Raspberry Pi.

Raspberry Pi MicroSD Card (32GB or larger) MicroUSB Cable (data-capable) Computer with Windows, macOS, or Linux and internet access Now you are all set! The app is straightforward. You can either send ...
Frontiers

Effects of classroom temperature and humidity on student learning performance: an experimental study using sensor-based monitoring

This study investigates the relationship between classroom thermal environment and student learning performance in a controlled university setting using Arduino-based temperature and humidity sensors.