IoT-based Temperature and Humidity Monitoring System using Raspberry pi

Abstract

This paper presents the calculation and display of live temperature and humidity using raspberry pi. It is based on raspberry pi temperature and humidity sensing DHT11 sensor for measurement and it is distinctive as it not only reads temperature from sensor but also stores displays data on screen and other devices. In this paper we used Python language.

Rancang Bangun Purwarupa Sistem Sprayer Otomatis Pada Greenhouse Kelompok Tani Dusun Sumberjo Berbasis Internet of Thing (Iot)

“…Sensor DHT11 memiliki akurasi yang cukup baik untuk keperluan umum, dan harganya relatif murah sehingga mudah diakses oleh pengguna. Namun, sensor ini mempunyai kelemahan yang tidak mampu membaca suhu dan kelembaban dengan keakuratan yang tinggi, sehingga tidak cocok digunakan untuk aplikasi yang memerlukan akurasi yang tinggi [12]. Gambar 3.…”

Advances in real time smart monitoring of environmental parameters using IoT and sensors

“…Abu Saleh Bin Shahadat et al [ 21 ] created a system for measuring weather forecast conditions with the NodeMCU Board and Blynk IoT technology, which measures meteorological data such as temperature, pressure, humidity, and rainfall. Shubham R. V. et al [ 22 ] developed an IoT-based weather monitoring system using a Raspberry Pi to collect data related to the environment called the atmospheric pressure, rainwater level and light intensity. But they did not mention the display method of the collected information.…”

“… Temperature, Humidity, Pressure Light, Raindrop IBM Bluemix Saini et al [ 17 ] Arduino Temperature, Humidity, Pressure, Wind speed & Wind direction GUI developed by LabVIEW 2012 Palle et al [ 18 ] CC3200 Launchpad Humidity, Temperature AT&TM2X Cloud Technology Shaout et al [ 19 ] HCS12-MC9S12DG256 Wind speed, Wind direction, Temperature – Amber Katyal et al [ 20 ] ATmega328P MCU Temperature, Humidity, Raindrop, Pressure Thingspeak Abu Saleh Bin Shahadat et al [ 21 ] ESP8266 Temperature, Pressure, Humidity, Rainfall. Blynk – IoT Shubham R. V. et al [ 22 ] ULN2803, Raspberry Pi Humidity and temperature, pressure, altitude, light intensity and rain water level – Mohit Tiwari et al [ 23 ] ATMega 328 controller temperature, humidity, and CO valu IDE R. Kavin et al [ 24 ] ATMega328, Wi-Fi Light, Temperature, Humidity and Light HTTP Pasika and Gandla [ 25 ] ATMega2560, ESP8266 Wi-Fi, pH value, Turbidity, Water level, Temperature, Humidity ThingSpeak Kumar et al [ 26 ] Raspberry Pi Water level, Raindrop, Temperature, Turbidity, pH level, MQ2 - CO 2 . UBIDOTS …”

Implementation of Intelligent Smart Heart Health Monitoring System using IOT

“…In [6], a patient monitoring system using Raspberry Pi that describes only parameters like temperature and humidity, and this system is also connected to a mobile app through the DTH11 sensor, but the drawback is that it is not efficient for understanding the status of the heart and is only useful for understanding general health status. The system proposed in [7] gives an idea about remote heart rate monitoring using IoT that works on both Arduino Uno and Raspberry pi configured to each other and with the pulse sensor only, which measures the BPMs in an efficient manner, but doesn't talk about the other sensors and modules that are used for mobile treatment. The system given in [8] proposes a human health monitoring system using IoT, which has LM35 as its main component for measuring the heart rates and Raspberry pi as its main working hardware, which measures the heart rates and gives the mobile information, but it may not be suitable since the used sensor LM35 is not so efficient since it may undergo some extra noise if fingertip is not placed correctly.…”