| Prerna Sethi
Office: GTM 10
Phone: 318-257-2862
Fax: 318-257-4896
E-mail: prerna@latech.edu
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Courses Taught:
HIM 312- Health Data Content and Structure
HIM 425- Information Systems in Healthcare
HIM 502- Database Architecture
HIM 513-Evaluation of Information Systems
HIM 522- Computerized Decision Support
HIM 523- Healthcare Information Analysis
Research Interests:
Data Content Standards and Interoperability of EHR
Data Mining and Knowledge Discovery for health related data
Biomedical Image Analysis
Clinical Decision Support Systems
Personalized Patient Care Planning
Selected Grants:
1. LaTech Summer Subcontract (2006)
NIH/NCRR
“Development Of Design Tool for Enhanced Fluorescein Angiography in Ophthalmology”
Role: Project Investigator
Award Amount: $12,000
2. Innovative Instruction in Undergraduate Courses Mini-Grant (2006-2007)
College of Applied and Natural Sciences, Louisiana Tech University,
“Software Resource Development for Enhanced Educational Support”
Role: PI
Award Amount: $499
3. Travel Grant (2007)
College of Applied and Natural Sciences, Louisiana Tech University,
Role: PI
Award Amount: $2,065
4. Board of Regents Enhancement Grant (2007-2008)
“Undergraduate Healthcare Data Management and Mining Laboratory”
Role: PI
Award Amount: $30,000
5. LaTech Summer Subcontract (2007)
NIH/NCRR
“Design and Development of Computational Techniques for Hyperspectral Image Mining”
Role: PI
Award Amount: $26, 290
Selected Publications:
1. Prerna Sethi, Chokchai Leangsuksun; A Novel Computational Framework for Fast Distributed Computing and Knowledge Integration for Microarray Gene Expression Data Analysis. In the Proceedings 20th International Conference on Advanced Information Networking and Applications - Volume 2 (AINA'06), 2006, pp. 613-617.
2. Prerna Sethi, Chokchai Leangsuksun; Fast Knowledge Integration in Gene Expression Databases using High-performance Parallel Computing. In the Proceedings of The Sixth Annual Emerging Information Technology Conference (EITC ‘06).
3. Prerna Sethi, Chokchai Box Leangsuksun; A Computational Paradigm for Fast, Parallel Knowledge Integration for Analysis of Gene Expression Data. (Poster Abstract). In the Proceedings of The Second International Society for Computational Biology Student Council Symposium (ISCB’06).