Design and Implementation of IoT Based Local Weather Station - An Experimental Setup

Nikuni Tandan, Anup Kanse, Oj Uparkar, Riya Modi, Harish Karnam, Saurabh Mehta, Akshaj Raut, Sonali Bedade
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引用次数: 1

Abstract

In contemporary times it is observed that the climatic and weather conditions have become skeptical and unpredictable. To confound this unreliable nature and variability of weather conditions, we present an experimental setup of loT-based local weather stations. This paper presents the design and implementation details of the experimental setup, ESP8266-based Wi-fi module NodeMCU (12E) is the brain of the prototype. Two sensors are connected to the NodeMCU, namely a temperature and humidity sensor (DHT11), and an Air quality gas sensor (MQ135). Additionally, to display the results, we present VIT Weather Station’ - A local weather station app which can keep people updated regarding the environmental conditions utilizing live data collection and display. The device will monitor the temperature, humidity, and air quality index. This application is supported on Android as well as IOS systems. Local users can also view the monitored data from Twitter for easier convenience.
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基于物联网的本地气象站的设计与实现——一个实验装置
在当代,人们观察到气候和天气条件变得令人怀疑和不可预测。为了混淆这种不可靠的性质和天气条件的可变性,我们提出了一个基于lot的本地气象站的实验设置。本文介绍了实验装置的设计与实现细节,基于esp8266的Wi-fi模块NodeMCU (12E)是样机的大脑。NodeMCU连接两个传感器,温湿度传感器(DHT11)和空气质量气体传感器(MQ135)。此外,为了显示结果,我们展示了VIT气象站-一个本地气象站应用程序,可以通过实时数据收集和显示让人们了解最新的环境状况。该设备将监测温度、湿度和空气质量指数。此应用程序支持Android以及IOS系统。本地用户也可以从Twitter上查看监控数据,从而更方便。
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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