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GOSCHED: Optimizing Patient Scheduling Using Genetic Algorithms with Random Forest for Patient Volume Prediction At The Queen’s Clinic Poster

GOSCHED: Optimizing Patient Scheduling Using Genetic Algorithms with Random Forest for Patient Volume Prediction At The Queen’s Clinic

This study centers around the implementation of machine learning and predictive analytics in the generation of optimal patient appointment schedules and patient volume forecasting. GoSched utilizes two main algorithms, Genetic Algorithm (GA) and Random Forest Algorithm (RFA). GAs are mainly used by the system to model natural selection processes to search for optimal scheduling solutions under multiple constraints, while the RFA is used in aggregating predictions from different decision trees trained on bootstrapped samples to reduce overfitting and provide robust forecasts of daily appointment volumes.

Group Members

star iconEarl Lanz Cristien M. Tanstar iconKristine H. Abrinastar iconRussel Ron Y. Dela Cruzstar iconJohn Patrick S. Semillano

Mentor

star iconMs. May Florence D. San Pablo

Topics

star iconMedicine and Health

AVP

Gallery

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