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Data collection from the weight sensor using ESP32, HX711 and MQTT protocol. Alexander Technological Educational Institute of Thessaloniki. Master of Science in “Applied Electronic Systems”. Postgraduate course: Internet of Τhings and Αpplications.
Strain Monitoring of a Model Bridge (microstrain (µε))-MSc in Aplied Electronic Systems (A.TE.I.TH.)-IoT Applications
This channel is made for my class “Applications of IoT”, in Master of Science "Applied Electronic System" - ATEITh. Here you can see the recorded values of my Heart Beat. For this application the ESP-WROOM-32 module is used , along with the PulseSensor.
Internet connected altimeter for Everest Run - http://everestrun.pl/
DIY Weather station at Verbania, Italy. HW: esp32, bme280, bme680, veml7700. SW: Arduino framework on PlatformIO.
This project is a solar-powered weather station developed to monitor the extreme microclimates of Gualán, Zacapa. It provides real-time local data for agricultural and community safety, monitoring heat index trends and variable weather patterns in Guatema
Sistema IoT per il monitoraggio ambientale. Rileva e invia al cloud i dati di temperatura, umidità, pressione atmosferica e luminosità utilizzando una scheda ESP32 e sensori ambientali.
This channel collects real-time data from an ESP32-based smart room system. Motion data is obtained from a PIR sensor and light intensity data is obtained from an LDR sensor. The system uses this data to control lighting, energy usage, and a servo-based
This channel collects real-time environmental data (temperature and humidity) from an ESP32-based IoT monitoring system. Data is captured from a DHT11 sensor and uploaded every 15 seconds.
O Compostech é um sistema de monitoramento de ar robusto baseado em ESP32, projetado para fornecer uma análise detalhada da qualidade do ar em ambientes internos, com especial foco na composição atmosférica e na presença de poluentes.
© 2026 The MathWorks, Inc.