Abstract

This study aims to extract symptom profiles and functional impairments of major depressive disorder from electronic health records (EHRs). A chart review was conducted by three annotators on 500 discharge notes randomly selected from a medical center in Taiwan to compile annotated corpora for nine depressive symptoms and four types of functional impairment. Named entity recognition techniques including the dictionary-based approach., a conditional random field model, and deep learning approaches were developed for the task of recognizing depressive symptoms and functional impairments from EHRs. The results show that the average micro-F-measures of the supervised learning approaches in extracting depressive symptoms is almost perfect (>0.90) but less accurate for the extraction of functional impairment.

Keywords:
Conditional random field Health records Computer science Depressive symptoms Task (project management) Artificial intelligence Chart Natural language processing Medical record Deep learning Machine learning Psychology Medicine Psychiatry Cognition Health care Statistics

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Citation History

Topics

Mental Health via Writing
Social Sciences →  Psychology →  Social Psychology
Machine Learning in Healthcare
Physical Sciences →  Computer Science →  Artificial Intelligence
Mental Health Research Topics
Social Sciences →  Psychology →  Experimental and Cognitive Psychology
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