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A Haze Condition Prediction Method Based On Linear Regression Algorithm

机译:基于线性回归算法的雾度条件预测方法

摘要

#$%^&*AU2020100707A420200611.pdf#####Abstract This paper presented a specific model based on linear regression analysis to predict the haze condition. Actual data were adopted as samples. Firstly, particular sensors were used to collect the data describing the haze condition from April to October in Beijing. The data include (1) atmospheric concentration data, such as the amount of PM1.0 and PM2.5; (2) meteorological data, such as temperature and humidity. Average values of these data were divided into train set and test set proportionally. During learning stage, data in train set were used to build linear regression model, which is used to forecast the future tendency of several elements in haze. Data in test set acts as samples for reference to test the accuracy of the model built previously. This model can help predict the haze condition in Beijing in a day or a week. It can also fill up the lost data value when the sensors failed to collect it. 1
机译:#$%^&* AU2020100707A420200611.pdf #####抽象本文提出了基于线性回归分析的特定模型预测雾霾状况。实际数据作为样本。首先,使用特定的传感器收集描述雾度的数据4月至10月在北京的病情。数据包括(1)大气浓度数据,例如PM1.0和PM2.5的含量;(2)气象数据,如温度和湿度。平均将这些数据的值按比例分为训练集和测试集。在学习阶段,训练集中的数据用于建立线性回归模型,用于预测多个模型的未来趋势阴霾中的元素。测试集中的数据充当样本以供测试先前建立的模型的准确性。此模型可以帮助预测北京一天或一周内的霾天气。它也可以填补失去的人传感器无法收集数据值。1个

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