Journal of the American Medical Informatics Association : JAMIA · 2023
Research area
Biomedical Informatics
Research applying computational methods, natural language processing, machine learning, and data infrastructure to clinical and biomedical problems as a distinct departmental and institutional identity. Includes electronic health records, clinical decision support, computable phenotyping, and knowledge representation for biomedical discovery.
Scholars in this area
View all 510 scholars →- Yifan PengAssociate Professor of Population Health Sciences
- Generative AI in Clinical Applications
- NLP & Clinical Text Mining
- AI for Ophthalmology & Retinal Disease
Yifan PengAssociate Professor of Population Health Sciences- Generative AI in Clinical Applications
- NLP & Clinical Text Mining
- AI for Ophthalmology & Retinal Disease
- Fei WangAssociate Dean, Artificial Intelligence
- EHR-Based Outcome Prediction Models
- Patient Subphenotyping & Disease Stratification
- COVID-19 Surveillance & Predictive Modeling
Fei WangAssociate Dean, Artificial Intelligence- EHR-Based Outcome Prediction Models
- Patient Subphenotyping & Disease Stratification
- COVID-19 Surveillance & Predictive Modeling
- Anais RameauAssociate Professor of Otolaryngology
- AI for Laryngology & Voice Disorders
- Generative AI in Clinical Applications
- AI-Driven Clinical Decision Support
Anais RameauAssociate Professor of Otolaryngology- AI for Laryngology & Voice Disorders
- Generative AI in Clinical Applications
- AI-Driven Clinical Decision Support
- Thomas CampionProfessor of Research in Population Health Sciences
- Computable Phenotyping & Data Warehouses
- NLP & Clinical Text Mining
- NLP for Social Determinants & Mental Health
Thomas CampionProfessor of Research in Population Health Sciences- Computable Phenotyping & Data Warehouses
- NLP & Clinical Text Mining
- NLP for Social Determinants & Mental Health
- Yiye ZhangAssociate Professor of Population Health Sciences
- EHR-Based Outcome Prediction Models
- NLP for Social Determinants & Mental Health
- Patient Subphenotyping & Disease Stratification
Yiye ZhangAssociate Professor of Population Health Sciences- EHR-Based Outcome Prediction Models
- NLP for Social Determinants & Mental Health
- Patient Subphenotyping & Disease Stratification
- Alaa Ali Abd-AlrazaqAssistant Professor of Research in Population Health Sciences
- Wearables & Digital Health Monitoring
- Telehealth & Digital Patient Engagement
- COVID-19 Surveillance & Predictive Modeling
Alaa Ali Abd-AlrazaqAssistant Professor of Research in Population Health Sciences- Wearables & Digital Health Monitoring
- Telehealth & Digital Patient Engagement
- COVID-19 Surveillance & Predictive Modeling
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