FOCUSENSE is an IoT-based study engagement monitoring and analytics system that uses Arduino Uno, ESP8266, and ultrasonic sensors to measure student focus, distractions, and study productivity in real time.

This channel collects and monitors real-time environmental parameters including Temperature, Humidity, Air Quality, Atmospheric Pressure, and Rainfall using Arduino UNO R4 WiFi.

Es un repositorio que me almacenara datos de temperatura y humedad.

Muhammed Efe Gurkan

Arduino project for a heat sensor and possibly overheat and fire alarm.

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MONITORIZACIÓN DE PARAMETROS DE CALIDAD DEL AIRE. CO2, CO Y ALCOHOL. CURSO LOT DEL CIDA

Monitorizacion de parámetros de calidad del aire: CO2, Co y Alcohol. Curso IoT del CIDA

Monitorización de parametros de calidad del aire. CO2, CO y Alcohol. Curso IoT del CIDA

Project Overview: This IoT-based system is designed to automate plant watering by monitoring real-time soil moisture levels. The project utilizes a dual-processor architecture to balance local control with cloud connectivity. Hardware Architecture: C

This project monitors soil moisture, temperature, and humidity using IoT and automatically controls watering.

IoT coursework M30226 — Arduino Uno + ESP-12E Real-time parking and traffic monitoring

Arduino UNO-based room monitoring system using DHT11, photoresistor, ultrasonic sensor, LCD, buzzer, and USB serial gateway.

Használati melegvíz előállítása vákumcsöves napkollektorral. A vezérlést egy Arduino Nano mikrovezérlő végzi, míg a mért adatok postolását egy ESP8266-01.

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