Online ISSN: 2515-8260

PROGNOSTICATING CLINICAL INCIDENTS VIA RECURRENT NEURAL NETWORKS BY USING CLINICAL DOCTOR AI

Main Article Content

PROGNOSTICATING CLINICAL INCIDENTS VIA RECURRENT NEURAL NETWORKS BY USING CLINICAL DOCTOR AI

Abstract

Doctor AI imitates human doctor’s forecasting potential and gives diagnostic results that are clinically significant. Prognosticating Clinical Incidents is a timeseries based RNN model. It is implemented and employed to longitudinal time stamped electronic health record data from a twenty thousand patients over a decade. Encounter medical logs of patients data such as diagnosis codes, medication codes and procedure codes are input data to RNN to predict the diagnosis and medication types for a future visit of patients in a hospital. Doctor AI evaluates the history of patient’s to prepare one label for each diagnosis predictions and medication types i.e.,multi-label forecasting/prediction. Leveraging huge historical patient details in electronic health records (EHR), a collective generic and comprehensive predictive model that covers perceived health state and medication uses for EHR, is new approach in disease progress identification

Article Details