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The following is a list of graduate students who have completed, or are currently pursuing, their graduate education under the guidance of Dr. Smith. |
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Current
Ph.D. Students
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John Penuel |
Expected graduation: August 2009 |
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Z. Caner Taşkın |
Expected graduation: August 2009 |
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Siqian Shen |
Expected graduation: August 2011 |
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Sibel Sonuç |
Expected graduation: August 2011 |
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Sadie Thomas |
Expected graduation: August 2011 |
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Graduated
Ph.D. Students
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Jennie Horne |
Polynomial-time exact and heuristic algorithms for a conditional covering problem, May 04. |
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Dale Henderson |
Heuristic and exact techniques for solving a temperature estimation model, December 05. |
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Chisonge Mofya |
Exact and heuristic algorithms for solving the generalized minimum filter placement problem, December 05. |
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April Andreas |
Mathematical programming algorithms for reliable routing and robust evacuation problems, August 06. |
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Graduated
M.S. Students
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Ashwin Naik |
Thesis: Metaheuristic optimization software, August 02. |
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Manish Garg |
Thesis: The optimal design of survivable multicommodity flow networks with general failure scenarios, July 03. |
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Sonal Joshi |
Thesis: Optimizing bioassembly tool operations, December 03. |
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TJ Lindberg |
Thesis: A corps (and below) engineer planning resource, April 04. |
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Sandeep Sastry |
Report: Integer and dynamic programming models for survivable shortest path problems with random arc failures, May 04. |
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Omrum Aki |
Thesis: Stochastic facility location problems for disaster relief, May 04. |
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Hitesh Jain |
Report: A column generation algorithm for nonsimultaneous multicommodity flow problems, May 04. |
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Josephat Zimba |
The effect of symmetry in neighborhood-based heuristics, December 04. |
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Report: Algorithms for predicting human decision-making by a weighted attribute model, December 04. |
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Srikanth Sista |
Report: Advanced solution approaches for survivable shortest path problems with random arc failures, December 04. |
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Francisca Sudargho |
Thesis: Network design under various interdiction scenarios, August 05. |
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Tingting Cui |
Thesis: A bilevel programming approach for a class of Stackelberg games with applications in financial policy making, August 05. |