Implementation of Least Mean Square Adaptive Algorithm on Covid-19 Prediction

S. Prasetyowati, Munaf Ismail, Badieah Badieah
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Abstract

This study used Corona Virus Disease-19 (Covid-19) data in Indonesia from June to August 2021, consisting of data on people who were infected or positive Covid-19, recovered from Covid-19, and passed away from Covid-19. The data were processed using the adaptive LMS algorithm directly without pre-processing cause calculation errors, because covid-19 data was not balanced. Z-score and min-max normalization were chosen as pre-processing methods. After that, the prediction process can be carried out using the LMS adaptive method. The analysis was done by observing the error prediction that occurred every month per case. The results showed that data pre-processing using min-max normalization was better than with Z-score normalization because the error prediction for pre-processing using min-max and z-score were 18% and 47%, respectively.
最小均方自适应算法在Covid-19预测中的实现
本研究使用了2021年6月至8月印度尼西亚的冠状病毒病-19 (Covid-19)数据,包括感染或阳性Covid-19、从Covid-19中康复和因Covid-19而死亡的人的数据。由于covid-19数据不均衡,直接使用自适应LMS算法处理数据,未进行预处理,导致计算误差。预处理方法选择Z-score和min-max归一化。之后,使用LMS自适应方法进行预测过程。分析是通过观察每个月每个病例发生的误差预测来完成的。结果表明,使用min-max和Z-score进行数据预处理的误差预测分别为18%和47%,因此使用min-max和Z-score进行数据预处理的效果优于使用Z-score进行数据预处理。
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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