Publications D. Sundaramoorthi, “A data-integrated simulation model to forecast ground-level ozone concentration.” Annals of Operations Research, In Press. D. Sundaramoorthi, “Determining Playing Eleven of a Cricket Team.” Int. J. of Operations Research and Information Systems, In Press. D. Sundaramoorthi, A. Coult, and D. Nguyen. “A Data-Integrated Simulation of Financial Market Dynamics,” Int. J. of Operations Research and Information Systems, (2012), Vol 3 (3) P 74 - 86. D. Sundaramoorthi, J. M. Rosenberger, V. C. P. Chen, D.F. Behan, and S.B. Kim. “Simulation ." Nursing Management, (2010), Vol 41 (11) P 14 - 16. D. Sundaramoorthi, V. C. P. Chen, J. M. Rosenberger, S.B. Kim, and D.F. Behan. “A Data-Integrated Simulation-Based Optimization for Assigning Nurses to Patient Admissions" Health Care Management Science, (2010) Vol 13 (3), P 210 - 221. D. Sundaramoorthi, V. C. P. Chen, J. M. Rosenberger, S.B. Kim, and D.F. Behan. “A Data-Integrated Simulation Model to Evaluate Nurse-Patient Assignments.” Health Care Management Science, (2009) Vol 12 (3), P 252 – 268.
D. Sundaramoorthi, D. H. Nguyen, and H. Sundaramoorthi. “Knowledge Discovery and Mining of Ground-Level Ozone Data.” In Proceedings of the 4th INFORMS Workshop on Data Mining and Information Systems, San Diego, CA. S. Streeter, D. Sundaramoorthi, M. Lewis, C. Samuels. “Using Classification and Regression Trees to Predict Ozone Concentration.” In Proceedings of the 2009 IE Research Conference, Miami, FL. D. Sundaramoorthi, V. C. P. Chen, J. M. Rosenberger, and S.B. Kim. “A Data-Integrated-Simulation Based Optimal Policy to Assign Nurses to Patients.” In Proceedings of the 3rd INFORMS Workshop on Data Mining and Health Informatics, Washington, DC. MD Sarder, D. Liles, S. Ferriera, P. Punnakitikashem,
and D. Sundaramoorthi. “A Generic Product and Process Design
Ontology.” In Proceedings of
the 2007 IE Research Conference, D. Sundaramoorthi,
V. C. P. Chen, S.B. Kim, J. M. Rosenberger, and D.F. Behan. “A
Data-Integrated Nurse Activity Simulation Model.” In Proceedings of the
2006 Winter Simulation Conference, D. Sundaramoorthi, V. C.
P. Chen, J. M. Rosenberger, S.B. Kim, and D.F. Behan. “Using
Classification and Regression Trees to Estimate Transitions in a Nurse
Activity Simulation model.”
In Proceedings of the 2006 IE Research Conference, D. Sundaramoorthi, V. C.
P. Chen, J. M. Rosenberger, and D. F. Green. “Knowledge Discovery and
Mining for Nurse Activity and Patient Data.” In Proceedings of the 2005
IE Research Conference,
WORKING PAPERS D. Sundaramoorthi. “A Data-driven simulation-based analytics.” In Preparation. TECHNICAL TALKS/PRESENTATIONS
A Data-Integrated Simulation to Predict Financial Market Movement
Using Classification and Regression Trees to Model Financial Market Movement INFORMS DM and SI workshop, San Diego, CA, Oct 2009 Simulation and Optimization of Nurse-to-Patient Assignments (Won Best Presentation Award)
Using Classification and
Regression Trees to Predict Ozone Concentration
Determining Playing Eleven for Kolkata Knight Riders.
Knowledge Discovery and Mining of Ground-Level Ozone Data
Using Classification and Regression Trees to Predict Ozone Concentration
A Data-Integrated Simulation Approach to Optimize Patient Care
A Data-Integrated-Simulation
Based Optimal Policy to Assign Nurses to
Patients
A Data-Integrated Nurse-Patient assignment Simulation Model: development and validation
A data-integrated nurse activity simulation model: development and validation
A Data-Integrated Nurse Activity Simulation Model
A Data-Integrated Simulation Model for Nurse Activity
Using Classification and Regression Trees for a Nurse Activity Simulation
Using Classification Trees to
Develop a Nurse Activity Simulation
Knowledge Discovery and Mining for Nurse Activity and Patient Data
Statistical Data Mining for Nurse Activity and Patient Data
Application of Data Mining to Nurse Activity and Patient Diagnosis
POSTER PRESENTATIONS
A data-integrated simulation-based optimization of new patient assignments. (Won Best Poster Award)
A Data-Integrated Simulation to Optimize Nurse-Patient Assignments.
A Data-Integrated-Simulation Based Optimal Policy to Assign Nurses to
Patients.
A Data-Integrated Simulation Model to Evaluate Nurse-Patient Assignments.
A Data-Integrated Nurse
Activity Simulation Model.
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