Electrical Engineering Undergraduate Thesis. Designing a Real-Time IoT LoRa Based System Using DHT11 and Dragino LoRa Shield To Determine Radio Refractivity, Refractivity Gradient, and effective earth radius factor (k-factor)
The channels shows the measured values from a IoT-Node. Every time the Node wakes up, it reads the values out and send them to a raspberry pi over LORA radio interface. In the next step the MQTT client transmit the data to the ThingSpeak platform.
Sistema de monitoramendo do nível de gás, temperatura e umidade. Dados são capturados por dispositivo ESP32 Lora "sender" e transmitidos ponto-a-ponto ao Lora "receiver". Este se comunica com a Internet e registra os dados no ThingSpeak.
Canal para guardar temperatura, humedad y presión atmosférica del dispositivo DIPOMAC
Canal para leer gases ambientales del dispositivo DIPOMAC
EL NODO 1 ESTA COMPRENDIDO POR 5 SENSORES QUE SON: MQ2 , MG-811 , DS18B20 , WS3000 Y GPS . REALIZADO POR JRIOS_EMOROCHO
This is a live data feed of my custom Arduino powered weather station. It uses LoRa to transmit data every 20 seconds.
Sensores de luminosidad, calidad de aire, temperatura y humedad. EN PROCESO.