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Additive Calibration Model for the Monitoring Data of PM2.5 and PM10 Based on ARIMA and Multiple Linear Regression

机译:基于ARIMA和多元线性回归的PM2.5和PM10监测数据的加性标定模型。

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Air pollution is harmful to the ecological environment and human health. PM2.5 and PM10 are particularly harmful to human health. Real-time monitoring of the concentration of PM2.5 and PM10 can grasp the air quality in time and take corresponding measures to the pollution sources. Monitoring data may be affected by meteorological factors, so we need to check and correct the monitoring data to improve its accuracy. The difference between the two groups was significant through exploratory analysis. The self-correlation analysis to the data of SDD showed it was high significant. So, ARIMA models were used by time series analysis to the data (A
机译:空气污染有害于生态环境和人体健康。 PM2.5和PM10对人体健康尤其有害。实时监测PM2.5和PM10的浓度,可以及时掌握空气质量并采取相应的污染源措施。监视数据可能会受到气象因素的影响,因此我们需要检查并更正监视数据以提高其准确性。通过探索性分析,两组之间的差异显着。对SDD数据的自相关分析表明,它具有很高的显着性。因此,ARIMA模型通过时间序列分析用于数据(A

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