Graduate Students Supervised by J.C. Smith

The following is a list of graduate students who have completed, or are currently pursuing, their graduate education under the guidance of Dr. Smith. The links are provided via the students' names, and their research topics are provided on the right.

Current Ph.D. Students

Dale Henderson

Polynomial mathematical programming problems applied to heat transfer models (expected May 05).

Chisonge Mofya

Advanced heuristic-driven implicit enumeration techniques with application to security in network communications (expected May 05).

Manish Garg

Branch-and-price-and-cut algorithms for survivable logistics network design (expected May 05).

April Andreas

Models and algorithms for the design of robust special structures (expected May 06).

Current M.S. Students

Francisca Sudargho

Thesis: Title to be determined (expected May 05)

Tingting Cui

Thesis: Title to be determined (expected May 05)

Graduated Ph.D. Students

Jennie Horne

Polynomial-time exact and heuristic algorithms for a Conditional Covering Problem, May 04.

Graduated M.S. Students

Ashwin Naik

Thesis: Metaheuristic Optimization Software, August 02.

Manish Garg

Thesis: The Optimal Design of Survivable Multicommodity Flow Networks with General Failure Scenarios, July 03.

Sonal Joshi

Thesis: Optimizing Bioassembly Tool Operations, December 03.

TJ Lindberg

Thesis: A corps (and below) engineer planning resource, April 04.

Sandeep Sastry

Report: Integer and dynamic programming models for survivable shortest path problems with random arc failures, May 04.

Omrum Aki

Thesis: Stochastic facility location problems for disaster relief, May 04.

Hitesh Jain

Report: A column generation algorithm for nonsimultaneous multicommodity flow problems, May 04.

Josephat Zimba

The effect of symmetry in neighborhood-based heuristics, December 04.

Chad Reynolds

Report: Algorithms for predicting human decision-making by a weighted attribute model, December 04.

Srikanth Sista

Report: Advanced solution approaches for survivable shortest path problems with random arc failures, December 04.