Biomedical Informatics
Concentration Core Faculty
Current & potential projects
Faculty Member |
Areas of Research Interest |
Shu-Chuan (Grace) Chen |
Pattern recognition, Mixture models, Bioinformatics, Data mining |
Trevor Cohen |
Latent semantic analysis, Comprehension and medical expertise, Distributed cognition and medical error |
Valentin Dinu |
Biomedical informatics, Translational research, Integrative disease association analysis, Genome wide association studies, Entity-attribute-value database modeling |
Robert A. Greenes |
Modeling of clinical decision making, Knowledge representation, Knowledge management, Clinical decision support, Personal biosensors, Human-computer interaction, Group collaborative work |
William Johnson |
Community health information systems, Health care effectiveness, Health care disparities, Surveillance systems, Environmental effects on health, Patient safety, Health care workforce, Economic evaluations of health care |
Vimla L. Patel |
Medical cognition, Medical decision-making and reasoning, Patient safety and medical errors, Socio-cognitive studies of human-computer interaction, Cognitive assessment of learning and instruction. Impact of BMI instruction on student performance in medical education curriculum. Evaluation of surgical houstaff performance related to use of informatics tools. Cognitive Usability evaluation of electronic medical record system in the Emergency Room. Medical Errors and technological solutions during information “handoffs” in ICU. Expert –Novice differences in medical text processing in health care. |
Chitta Baral |
Artificial intelligence, Knowledge representation and reasoning, Declarative programming, Bioinformatics, Autonomous agents, Logic programming, Cognitive robotics, Multimedia, Visualization of databases. |
Kenneth Bobis |
Healthcare informatics, Distance learning, Computer application development |
Gerald Farin |
3D modeling, Scientific visualization |
Keith Frey |
Clinical informatics, CPOE (post-implementation studies of the efficiency and effectiveness of care), Quality and safety improvement through IT, Primary care, Preconception health care, Maternity care |
Sandeep K.S. Gupta |
Wireless networks, Mobile and ubiquitous/pervasive computing, Embedded sensor networks for biomedical applications, Parallel and Distributed computing |
Seungchan Kim |
Computational systems biology, Bioinformatics, Genomic signal processing, Modeling genetic regulatory networks, Identification of genetic or molecular markers for cancer classification, Statistical machine learning |
Joel McAlduff |
Clinical systems implementation, Computerized Physician Order Entry |
Shahram (Shez) Partovi |
HL7 standards-based data modeling, Real-time health data mining (outcomes driven decision support, Outbreak/bioterrorism surveillance), Patient-driven disease registries (community self-reporting),Medical multimedia archiving |
Steven Wormsley |
Bioinformatics, Computers in Health Science Education |
Jieping Ye |
Machine learning, Data mining, Bioinformatics |
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