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Predicting daily PM2.5 using Classic Azure ML Studio
Conference proceeding

Predicting daily PM2.5 using Classic Azure ML Studio

Kamad Saxena, Ishani Kathuria, Madhulika Bhatia and Anchal Garg
2022 International Conference on Machine Learning, Big Data, Cloud and Parallel Computing (COM-IT-CON), Vol.1, pp.344-349
2022 International Conference on Machine Learning, Big Data, Cloud and Parallel Computing (COM-IT-CON) (Faridabad, India, 26/05/2022–27/05/2022)
26/05/2022

Abstract

Azure Machine Learning Computational modeling Feature Selection Linear Regression Measurement Neural Network Regression Neural networks Optical computing Optical fiber networks PM2.5 Predictive models Parallel Processing
With the development of various industries, air pollution is also increasing day by day, and hence the air is getting harmful for living beings whether it be humans or animals. Some of the major factors in determining air pollution are Aerosol Optical Thickness/Depth (AOT/AOD), Ml, and M2. This paper proposes determining the most important factors in determining the PM2.5 level using feature selection methods and developing a model to predict the PM2.5 level using neural network regression on the Azure ML studio platform.
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