Pemodelan Laju Kematian Pasien Covid-19 di RSUD Abdul Wahab Sjahranie Samarinda menggunakan Model Regresi Weibull

Nurrika Azizah, S. Suyitno, Memi Nor Hayati
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Abstract

Model regresi Weibull adalah pengembangan dari distribusi Weibull, yakni distribusi Weibull yang dipengaruhi langsung oleh kovariat. Model-model regresi Weibull yang dibahas pada penelitian ini adalah model regresi survival Weibull dan regresi hazard Weibull. Model regresi Weibull pada penelitian ini diaplikasikan pada data waktu pasien penderita penyakit COVID-19 di RSUD Abdul Wahab Sjahranie Samarinda tahun 2021. Event penelitian ini adalah kematian pasien COVID-19. Tujuan penelitian ini adalah mengetahui model regresi survival Weibull dan regresi hazard Weibull pada data waktu rawat inap pasien penderita penyakit COVID-19, mengetahui faktor-faktor yang berpengaruh terhadap peluang pasien tidak meninggal (survive)  dan laju kematian pasien penderita penyakit COVID-19, serta mengetahui interpretasi model regresi survival Weibull dan regresi hazard Weibull. Metode penaksiran parameter adalah Maximum Likelihood Estimation (MLE). Pengujian hipotesis parameter terdiri dari pengujian hipotesis parameter secara serentak dan secara parsial. Kesimpulan penelitian adalah penaksir Maximum Likelihood (ML) diperoleh menggunakan metode Iteratif Newton-Raphson. Berdasarkan pengujian hipotesis, faktor-faktor yang berpengaruh terhadap peluang tidak meninggal (survive) dan laju kematian pasien penyakit COVID-19 di RSUD Abdul Wahab Sjahranie Samarinda adalah saturasi oksigen.Kata Kunci: Iteratif Newton-Raphson, Regresi Hazard Weibull, Regresi Survival Weibull, MLE, Penyakit COVID-19. The Weibull regression model is the development of the Weibull distribution, namely the Weibull distribution which is affected directly by the covariates. The Weibull regression models discussed in this study are the Weibull survival regression model and the Weibull hazard regression model. The Weibull regression model in this study was applied to data of COVID-19 patients hospitalization time at the Abdul Wahab Sjahranie Hospital in Samarinda 2021. The event of this study was the death of the COVID-19 patients. The purpose of this study was to determine the Weibull survival regression model and Weibull hazard regression to data of COVID-19 patients hospitalization time, to know the factors that influence the chance of patients survive and the mortality rate of COVID-19 patients, and to interpret of the Weibull survival regression and Weibull hazard regression model. The parameter estimation method was Maximum Likelihood Estimation (MLE). Hypothesis parameter testing consists of parameter testing simultaneously and partially. Conclusion of this study that the Maximum Likelihood (ML) estimator was obtained using the Newton-Raphson iterative method. Based on hypothesis testing, the factors affecting the chance of survive and the mortality rate of COVID-19 patients at the Abdul Wahab Sjahranie Hospital Samarinda is oxygen saturation.Keywords: Newton-Raphson Iterative, Hazard Weibull Regression, Survival Weibull Regression, MLE, COVID-19.
Weibull回归模型是Weibull分布的发展,即Weibull直接受到kovariat的影响。本研究讨论的Weibull回归模型是Weibull survival回归和hazard Weibull回归。Weibull的回归模型应用于2021年RSUD Abdul Wahab Sjahranie samar林达的COVID-19患者的时间数据。本研究项目是COVID-19患者的死亡。本研究的目的是确定病患者住院时间的Weibull回归和hazard Weibull回归的模式,了解影响患者生存机会和COVID-19患者死亡率的因素,以及对Weibull生存回归和hazard Weibull回归的解释。参数的估计方法是最大估计(MLE)。测试参数假设包括同时和部分测试参数假设。研究的结论是最大利尿剂(ML)是通过牛顿- raphson的快速再生方法获得的。根据假设测试,影响死亡率的因素,以及阿卜杜勒·瓦哈布·萨马林达病患者死亡率的比率。关键词:再生Newton-Raphson, Hazard Weibull回归,Weibull Survival, MLE, COVID-19。我们的回归模式是我们布布尔分布的发展,而我们布布尔的分布受到covariates的直接影响。我们的回归模式在这个研究中被剥夺了,我们的生存模式和我们的防御模式。本研究的回归模式是应用于Abdul Wahab Sjahranie萨林达医院时间的COVID-19患者数据。这研究是事件》《COVID-19病人死亡。《Weibull这个研究的目的是为了个重大生存regression COVID-19的危险和Weibull regression到数据模型病人hospitalization时间,要知道《chance of factors,以至于影响病人生存和COVID-19病人之不朽速率,为了生存regression Weibull interpret》和Weibull哈泽regression模特。估计方法的参数是最大限度的估计。测试参数的假设是同时和部分测试参数。这个研究的结论是,最大的假释性研究(ML)是通过牛顿-拉尔森多发性方法受孕的。基于假设测试,factors影响了阿卜杜勒·瓦哈布·萨马林达医院的生存和死亡率。Keywords: Newton-Raphson iterased, Hazard Weibull Regression, Survival Weibull Regression, MLE, COVID-19。
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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