Smart Weather Alert System for dwellers of different Areas

A. Durrani, M. Khurram, H. R. Khan
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引用次数: 3

Abstract

With changing climate, heatstroke has proved to be disastrous for few countries especially. The dwellers of different areas are not warned of the consequences to come specifically in their areas as they are told the average of the whole city, while temperature varies at different altitudes and over short distances. The solution provided in the paper, is a smart weather station that not only monitor weather data but also predict it and generate instant alerts for dwellers of different areas, to help them be warned of the future hazard, using the combination of Internet of things and Machine Learning. It is deployed with different sensors that collect weather data from the environment, which are sent to cloud, where predictions are made, for which certain neural network models have been compared to find out which gives the most accurate results. Those values, as well as the real-time values can be displayed on the mobile Application 24/7. Also, alerts are generated in the form of Tweets, which are accessible to everyone, as shown in Figure-1. It is also discovered that Nonlinear Autoregressive Exogenous Neural Network (NARXNET) Algorithm is the best to be implemented for prediction of Weather, with the mean squared error of 0.084% in 1.55 seconds for training a model and producing predictions for next 24 hours.
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适合不同地区居民的智能天气警报系统
随着气候的变化,中暑已被证明是灾难性的,特别是在少数国家。不同地区的居民没有被告知他们所在地区的具体后果,因为他们被告知的是整个城市的平均温度,而不同海拔和短距离的温度是不同的。本文提供的解决方案是一个智能气象站,不仅可以监测天气数据,还可以预测天气数据,并为不同地区的居民生成即时警报,帮助他们了解未来的危害,使用物联网和机器学习的结合。它配备了不同的传感器,从环境中收集天气数据,这些数据被发送到云,在那里进行预测,并对某些神经网络模型进行比较,以找出最准确的结果。这些值以及实时值可以在移动应用程序上24/7显示。此外,警报以tweet的形式生成,每个人都可以访问,如图1所示。研究还发现,非线性自回归外源性神经网络(NARXNET)算法最适合用于天气预测,在1.55秒内训练模型并产生未来24小时的预测,均方误差为0.084%。
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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