Proyecto de fin de materia IoT desarrollado por los Ings. Andrade, Ovaco y Timbiano

Server adopted for the collection of temperature and humidity data measured at home

Binary Source Uttara Branch

Measuring the Rh, Temperature, read a sensor from analog pin, plot a graph with matlab analysis between Rh and Temperature

The objective was to find a way to turn a light on and off by using the Arduino micro controller and interfacing the Arduino software with Mat lab. We set out to have a user input HIGH or LOW inputs into mat lab which would be read by the Ardui

A Smart IoT-based Water Metering System that enables real-time monitoring of water usage, ensures water quality, and supports automated pump control. Built using the ESP32 and Arduino UNO, and integrated with the ThingSpeak IoT platform, this system enabl

Uses Raspberry Pi with Dallas DS18B20 sensors and BMP180 for pressure. Uses udp comms to Wemos D1 mini for switching relays for pump and pond heater. Monitors Koi pond temperature and shack (with water pipes in loft) sending email and ThingTweet update

ESP32 as microcontroller Relay as control Pompa

Hasil Pembacaan dari Sensor Ph dan Oksigen Terlarut

Lora Test channel with TTN

ESP8266-01 Relay with BME280 sensor

Meteo station colect Humidity, Temperature, Pressure data and analize

Smart Water Meter for Shrimping farm. - Node: Arduino+Temp+PH+ORP+DO+Battery+Lora - Gateway: Arduino + Lora + WiFi

ESP32 + DHT11 Measurer Project

Reading of Start and Stop of Push Button with Relay using NodeMCU in ThingSpeak