Using Machine Learning to Create a Hospital Revenue Prediction Model

The healthcare revenue cycle in the United States refers to the financial process that healthcare providers follow to manage patient payments, from the moment a patient makes an appointment to the resolution of any outstanding balances. The complex billing systems, reimbursement variability, regulatory changes, and patient demographics make the revenue predictions for a hospital way more complex than any other industry. This study uses 28 variables related to patient demographics, visit characteristics, and payor attributes to develop a predictive model for understanding and forecasting Payment-to-ratio PCR trends. A descriptive analysis of the first and the last quarters of the data was conducted for 6 variables and their effect was studied. Multiple machine-learning methods were used, and the decision tree regression had the best performance resulting in a testing R-squared equal to 72%.

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Publication Details

Published
2024-10-01
DOI
https://doi.org/10.21872/2024iise_7983
Primary Topic
Artificial Intelligence in Healthcare
Type
article
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article

Using Machine Learning to Create a Hospital Revenue Prediction Model

Mohammad T. Khasawneh, Daehan Won, Shrouq Al-Rawashdeh
Artificial Intelligence in Healthcare
article

Using Machine Learning to Create a Hospital Revenue Prediction Model

Mohammad T. Khasawneh, Daehan Won, Shrouq Al-Rawashdeh
article en

Abstract

The healthcare revenue cycle in the United States refers to the financial process that healthcare providers follow to manage patient payments, from the moment a patient makes an appointment to the resolution of any outstanding balances. The complex billing systems, reimbursement variability, regulatory changes, and patient demographics make the revenue predictions for a hospital way more complex than any other industry. This study uses 28 variables related to patient demographics, visit characteristics, and payor attributes to develop a predictive model for understanding and forecasting Payment-to-ratio PCR trends. A descriptive analysis of the first and the last quarters of the data was conducted for 6 variables and their effect was studied. Multiple machine-learning methods were used, and the decision tree regression had the best performance resulting in a testing R-squared equal to 72%.

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Artificial Intelligence in Healthcare
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