Public Channels for Tag: esp32

Channel ID:
382551

TEMPERATURE HUMINITE DATA LOGGER NIKOLAIDIS

Channel ID:
495472
Author:

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.

Channel ID:
453026
Author:

Strain Monitoring of a Model Bridge (microstrain (µε))-MSc in Aplied Electronic Systems (A.TE.I.TH.)-IoT Applications

Channel ID:
484920
Author:

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.

Channel ID:
208884
Author:

Internet connected altimeter for Everest Run - http://everestrun.pl/

Channel ID:
1059748

Small project test MQTT server-client and T,P,H registrator.

Channel ID:
2973411
Author:

Μέτρηση Θερμοκρασίας στο καζάνι του ηλιακού με ds18b20 και esp32 wroom

Channel ID:
1270120
Author:

Explorando o @CheerLights como meio de instrução para a programação da placa ESP32 Heltec V2.

Channel ID:
2953977

Implementasi Sensor DHT22 untuk Optimalisasi Sistem Monitoring Temperatur dan Kelembapan Cold Storage berbasis IoT dan Cloud di PT. Syngenta Seed Indonesia - Pasuruan Site - Project Magang

Channel ID:
2874038

Implementasi Sensor DHT22 untuk Optimalisasi Sistem Monitoring Temperatur dan Humidity Cold Storage berbasis IoT dan Cloud di PT. Syngenta Seed Indonesia - Pasuruan Site - Project Magang

Channel ID:
2953472

Lectura de temperatura desde un sensor DHT11 con ESP32.

Channel ID:
2938875
Author:

Logger for measuring refrigerator temperature and humidity based on AHT10 sensor with ESP32

Channel ID:
2934026

Lab - Send data from Esp32 to Thing speak (temperature)

Channel ID:
2934052

Lab - Send data from ESP32 to ThingSpeak (temperature)

Channel ID:
2890599

A scaled-down Mars Rover prototype can effectively collect temperature and humidity data, demonstrating how real-time environmental monitoring can be used for autonomous navigation, climate analysis, and anomaly detection.


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