Development of multiple linear regression for particulate matter (PM10) forecasting during episodic transboundary haze event in Malaysia

Air quality; Carbon monoxide; Errors; Forecasting; Linear regression; Nitrogen oxides; Sulfur dioxide; Wind; Accuracy; Forecasting modeling; Malaysia; Multiple linear regressions; Particulate Matter; Precautionary measures; Stepwise multiple linear regression; Trans-boundary; Particles (particulate...

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Bibliographic Details
Main Authors: Abdullah S., Napi N.N.L.M., Ahmed A.N., Mansor W.N.W., Mansor A.A., Ismail M., Abdullah A.M., Ramly Z.T.A.
Other Authors: 56509029800
Format: Article
Published: MDPI AG 2023
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Summary:Air quality; Carbon monoxide; Errors; Forecasting; Linear regression; Nitrogen oxides; Sulfur dioxide; Wind; Accuracy; Forecasting modeling; Malaysia; Multiple linear regressions; Particulate Matter; Precautionary measures; Stepwise multiple linear regression; Trans-boundary; Particles (particulate matter); accuracy assessment; error analysis; forecasting method; haze; multiple regression; particulate matter; prediction; Malaysia