利用多项式和MLP回归对菲律宾新冠肺炎病例进行建模

Isaiah Tupal, R. Gustilo, M. Cabatuan
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引用次数: 0

摘要

过去两年,新冠肺炎一直是菲律宾的一个严重问题。它的蔓延给该国的经济和社会造成了损失。此外,由于新病例和死亡人数不断增加,人口在整个大流行病期间一直遭受痛苦。这些巨大的问题需要对这次大流行进行建模和预测研究。尽管有许多关于使用统计建模、机器学习、深度学习和人工智能来模拟和了解全球疫情的研究,但很少有研究只关注菲律宾。除此之外,简单的模型被认为比复杂的模型更适合Covid-19数据。考虑到这些,作者使用Sklearn多项式和MLP回归器拟合并模拟了菲律宾的新病例。结果表明,多项式模型对2020年1月至2021年9月的整个数据集拟合较好,而MLP模型对2021年9月的数据拟合较好。建议使用不同国家作为案例研究或不同模型进行进一步研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling New Cases of Covid-19 in the Philippines using Polynomial and MLP Regression
Covid-19 has been a serious issue in the Philippines for the past two years. Its spread has taken a toll on the country’s economy and society. Furthermore, the populous has been suffering throughout the pandemic as new cases and deaths are increasing. These massive problems warrant research on modelling and predicting this pandemic. Although there are numerous research with regards to using statistical modelling, Machine learning, deep learning, and artificial intelligence to model and understand the pandemic throughout the world, few pieces of researches focus on the Philippines alone. In addition to that, simple models are seen to fit the Covid-19 data more than complex ones. With these in mind, the authors fit and modelled Philippine new cases of Covid-19 using Sklearn Polynomial and MLP regressors. It was found out that Polynomial models fit the entire dataset from January 2020 to September 2021, but MLP model fits the recent September 2021 data better. Further research using different countries as case studies or different models is recommended.
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