Air Pollution Prediction using Machine Learning

Shreyas Simu, V. Turkar, Rohit Martires, Vranda Asolkar, Swizel Monteiro, Vaylon Fernandes, Vassant Salgaoncary
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引用次数: 7

Abstract

Industrial pollution is one of the most serious problems faced today. Long-term exposure to air pollution causes severe health issues including respiratory and lung disorders. Presently laws regarding industrial pollution monitoring and control are not stringent enough. The working dataset includes parameters of air in terms of ambient air as well as of the stack emission. On this data, various Machine Learning (ML) algorithms were applied for prediction of emission rate, and comparative analysis is done. These algorithms were implemented using python and the mean square error of each of these was measured to check for accuracy. It was observed that among all classifiers, the Multi-layer perceptron model was seen to have the least error. The air dispersion models are then applied to the predicted emission rate to calculate the dispersion of pollutants from the source that is at the stack level.
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利用机器学习进行空气污染预测
工业污染是当今面临的最严重的问题之一。长期接触空气污染会导致严重的健康问题,包括呼吸和肺部疾病。目前有关工业污染监测和控制的法律还不够严格。工作数据集包括环境空气参数和烟囱发射参数。在此基础上,应用各种机器学习(ML)算法对排放率进行预测,并进行对比分析。这些算法是用python实现的,并测量了每个算法的均方误差以检查准确性。在所有分类器中,多层感知器模型的误差最小。然后将空气扩散模型应用于预测的排放率,以计算来自源的污染物在堆栈水平上的扩散。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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