2016 · 43 citations · 7 references
ComputingData ScienceAir PollutionForecastingMachine LearningForecast Error AnalysisProbabilistic ForecastingTime Series ForecastingTime Series ModelingTime Series PredictionAir Pollution ForecastingError PredictionForecast Model ComparisonNeural ForecastingNeural Time Series ForecastingPhysical Forecasting ModelsPm2.5Urban Air Quality Forecasting
According to the value of PM2.5 in Langfang city in 2015, we propose a new prediction technique based on ARMA and improved BP neural network to forecast the PM2.5 concentrations. In order to prove the accuracy of prediction of PM2.5 concentration of the combined model, Two models considered in the study:ARMA+BP neural network combined model and ARMA+improved BP neural network combined model. The study showed that compared with the ARMA+BP neural network combined model, ARMA+improved BP neural network combined model can better predict the value of PM2.5 and the prediction error is relatively small.
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Anastasia Κ. Paschalidou, Spyridon Karakitsios, Savvas Kleanthous et al. · Environmental Science and Pollution Research · 2010 · 146 citations
Public Health, Environmental Management, Environmental Sciences +17