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U.S. Pandemic Prediction Using Regression and Neural Network Models

机译:使用回归和神经网络模型的大流行预测

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With the global outbreak of COVID-19 in 2020, it is essential for government to make aware of the trend of the pandemic. To achieve this goal, some regression and neural network models are used to predict pandemic data of the U.S. Three models -linear regression, logistic regression, and Recurrent Neural Network (RNN) - are selected for predicting cases per million people in America. Then, the effectiveness of these models is compared. These models are evaluated using Mean Squared Error (MSE). It can be concluded that while the traditional regression models, including linear and logistic regression, are much more efficient for inference, RNN predicts more accurately, with the smallest MSE being nearly 2.8. This paper gives effective guidance for American governments on how to select models to predict relevant data of the pandemic.
机译:随着2020年的全球Covid-19的爆发,政府必须了解大流行的趋势。 为了实现这一目标,一些回归和神经网络模型用于预测美国的大流行数据 - 三种模型 - 线性回归,逻辑回归和复发性神经网络(RNN) - 被选中用于预测美国每百万人民的情况。 然后,比较这些模型的有效性。 使用均方误差(MSE)评估这些模型。 可以得出结论,虽然传统回归模型(包括线性和逻辑回归)对推理更有效,但RNN更准确地预测,最小的MSE近2.8。 本文为美国政府提供了如何选择如何选择模型来预测大流行数据的有效指导。

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