Article ID: | iaor20081850 |
Country: | Netherlands |
Volume: | 10 |
Issue: | 1 |
Start Page Number: | 47 |
End Page Number: | 66 |
Publication Date: | Feb 2007 |
Journal: | Health Care Management Science |
Authors: | Isken Mark W., Littig Steven J. |
Keywords: | forecasting: applications, artificial intelligence: decision support |
Inpatient census, or occupancy, is a primary driver of resource use in hospitals. Fluctuations in occupancy complicate decisions related to staffing, bed management, ambulance diversions, and may ultimately impact both quality of patient care and nursing job satisfaction. We describe our approach in building a computerized model to provide short-term occupancy predictions for an entire hospital by nursing unit and shift. Our model is a comprehensive system built using real hospital data and utilizes statistical predictions at the individual patient level. We discuss the results of piloting an early version of the model at a mid-size community hospital. The primary focus of the paper is on the development and methodology of a second generation of the predictive occupancy model. The results and accuracy of this new model are compared to a variety of other predictive methods based on tests using 2 years of actual hospital data.