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首页> 外文期刊>Universal Journal of Environmental Research and Technology >Forecasting of Ground Level Ozone around Chennai by Artificial Neural Network
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Forecasting of Ground Level Ozone around Chennai by Artificial Neural Network

机译:基于人工神经网络的钦奈周围地面臭氧预报。

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The aim of this research was to develop pure predictive models to provide short-term prediction of near surface ozone concentration for the Chennai capital city of Tamilnadu. The short-term prediction of near surface ozone levels is very important due to the negative impacts of ozone on human health, climate and vegetation. A new method for short-term prediction is presented using the neural network technique. Due to increase in industrial and anthropogenic activity, air pollution is a serious subject of concern today. Ground level ozone prediction using the technique of adaptive pattern recognition is developed. The model can predict the mean surface ozone based on the parameters like wind speed, temperature and % Relative Humidity. The Mean absolute Percentage of error of the data during testing is 8.647%. The model can perform well both in training and independent periods.
机译:这项研究的目的是开发纯预测模型,以便为钦奈首都泰米尔纳德邦提供近地表臭氧浓度的短期预测。由于臭氧对人类健康,气候和植被的负面影响,对近地表臭氧水平的短期预测非常重要。利用神经网络技术提出了一种短期预测的新方法。由于工业和人为活动的增加,今天空气污染已成为一个严重的问题。开发了使用自适应模式识别技术的地面臭氧预测。该模型可以根据风速,温度和相对湿度百分比等参数预测平均表面臭氧含量。测试期间数据的错误的平均绝对百分比为8.647%。该模型在训练和独立期间都可以表现良好。

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