Implementation of Wireless Communication to Transfer Temperature and Humidity Monitoring Data using Arduino Uno

Aishwarya Karra, Bhuvana Kondi, Ramesh Jayaraman
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引用次数: 10

Abstract

This paper mainly focuses on establishing a wireless communication to transmit and receive the temperature and humidity monitoring data in wireless mode by interfacing arduino and RF module nRF24L01. In recent advancements the wireless communication plays a vital role to make the system faster and easier. In real time application, analog data measurement with human effort may causes error and difficult to store the precious values of parameters. To overcome this problem there is a demand for smart system with automation to monitor all the environment factors. Besides, the smart system should be accurate, reliability and cost effective. In this proposed monitoring system the temperature and humidity data are transferred through wireless data communication using RF module nRF24L01, DHT11 sensor and arduino Uno. Finally the actual temperature and humidity is going to be displayed on the 16*2 LCD with the arduino Uno, nRF24L01 module are interfaced. By this method the wireless communication can be implemented with less price and low consumption of the power. This paper provides the details of implementation and experimentation results of an environmental monitoring system.
利用Arduino Uno实现无线通信传输温湿度监测数据
本文主要通过arduino与RF模块nRF24L01的接口,建立无线通信,以无线方式收发温湿度监测数据。在最近的进展中,无线通信起着至关重要的作用,使系统更快,更容易。在实时应用中,人工测量模拟数据容易产生误差,且难以存储宝贵的参数值。为了克服这一问题,需要一种具有自动化功能的智能系统来监测所有环境因素。此外,智能系统应准确,可靠和成本效益。该监测系统采用射频模块nRF24L01、DHT11传感器和arduino Uno,通过无线数据通信传输温湿度数据。最后通过arduino Uno, nRF24L01模块接口,将实际温度和湿度显示在16*2 LCD上。通过这种方法,可以实现低成本、低功耗的无线通信。本文提供了一个环境监测系统的实施细节和实验结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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