Application of Machine Learning in Prediction of COVID-19 Diagnosis for Indonesian Healthcare Workers

Author:

Sonthalia Shreyash1,Muharrom Muhammad Aji1,Sani Levana1,Khaimani Jatin1,Herlinda Olivia2,Sumulyo Sinta Amalia Kusumastuti2,Kamilah Fariza Zahra2,Hapsari Rebriarina3,Irwanto Astrid1,Aldila Fatma1,Rabbani Bijak1,Tirtawisata Andhika1,Luntungan Nurul2,Saminarsih Diah2,Taher Akmal2

Affiliation:

1. PT Nalagenetik Riset Indonesia (Nalagenetics)

2. Center for Indonesia’s Strategic Development Initiatives

3. Department of Microbiology, Faculty of Medicine-Diponegoro National Hospital, Universitas Diponegoro (RSND)

Abstract

Abstract Background In developing countries like Indonesia, limited resources for routine mass Coronavirus Disease 2019 (COVID-19) RT-PCR testing among healthcare workers leave them with a heightened risk of late detection and undetected infection, increasing the spread of the virus. Accessible and accurate methodologies must be developed to identify COVID-19 positive healthcare workers. This study aimed to investigate the application of machine learning classifiers to predict the risk of COVID-19 positivity in high-risk populations where resources are limited and accessibility is desired. Methods Two sets of models were built: one both trained and tested on data from healthcare workers in Jakarta and Semarang, and one trained on Jakarta healthcare workers and tested on Semarang healthcare workers. Models were assessed by the area under the receiver-operating-characteristic curve (AUC), average precision (AP), and Brier score (BS). Shapley additive explanations (SHAP) were used to analyze feature importance. 5,394 healthcare workers were included in the final dataset for this study. Results For the full model, the voting classifier composed of random forest and logistic regression was selected as the algorithm of choice and achieved training AUC (mean [Standard Deviation (SD)], 0.832 [0.033]) and AP (mean [SD], 0.476 [0.042]) and was high performing during testing with AUC and AP of 0.753 and 0.504 respectively. A voting classifier composed of a random forest and a XGBoost classifier was best performing during cross-validation for the Jakarta model, with AUC (mean [SD], 0.827 [0.023]), AP (mean [SD], 0.461 [0.025]). The performance when testing on the Semarang healthcare workers was AUC of 0.725 and AP of 0.582. Conclusions Our models yielded high predictive performance and can be used as an alternate COVID-19 screening methodology for healthcare workers in Indonesia, although the low adoption rate by partner hospitals despite its usefulness is a concern.

Publisher

Research Square Platform LLC

Reference43 articles.

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