Applied Research on AQI Prediction Based on BP Neural Network Modeling

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Abstract

In recent years, air environment quality has become a hot issue of concern for people all over the world, and the prediction of air quality is of great significance for air pollution prevention and control. There is mainly a nonlinear relationship between air quality data and influencing factors, and BP neural network has a strong nonlinear mapping ability, which can fit the more complex nonlinear mapping relationship. Based on this, this paper utilizes BP neural networks to establish an air quality index AQI prediction model to predict the AQI in Nanjing, with an average relative error of about 1% and a prediction accuracy of 99%. The establishment of this model can provide reliable reference and decision-making basis for government departments and citizens.
基于BP神经网络建模的空气质量预测应用研究
近年来,空气环境质量已成为世界各国人民关注的热点问题,空气质量预测对大气污染防治具有重要意义。空气质量数据与影响因素之间主要存在非线性关系,BP神经网络具有较强的非线性映射能力,可以拟合更复杂的非线性映射关系。在此基础上,利用BP神经网络建立空气质量指数AQI预测模型,对南京市空气质量指数进行预测,平均相对误差约为1%,预测精度为99%。该模型的建立可以为政府部门和公民提供可靠的参考和决策依据。
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