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Dr. Tom M. Cavalier - Graduate Theses Directed


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Ph.D. Dissertations Directed
  • Aseem S. Chandawarkar, Linear Programming Techniques for Solving Markovian Decision Process Models of Production Planning Type Problems, August 1985.

  • Nazar A. Younis, Optimal Layout of Robotic Assembly Cells, June 1986.

  • Stephen C. Daniels, Real Time Conflict Resolution in Automated Guided Vehicle Scheduling, May 1988. (Co-advisor: D. Pegden)

  • Kyung-Hee Jung, Optimal Location(s) of Traveling Server(s) on Stochastic Networks and in Euclidean Space, August 1988.

  • Shahrukh Adi Irani, A Flow Decomposition Approach for Machine Grouping and Layout Design of Group Technology Flowlines, December 1990. (Co-advisor: P.H. Cohen)

  • Hsi-Hsien (Steven) Hsieh, An Analytic Approach for the Design of Cellular Manufacturing Systems, December 1991. (Co-advisor: P.H. Cohen)

  • Roger B. Grinde, Polygonal Containment and Nesting: An Optimization-Based Approach, December 1993.

  • Steven E. Butt, Facility Location in the Presence of Forbidden Regions and Congested Regions, May 1994.

  • Subramanian Krishnan, Hub-Location and Node-Assignment in Networks with Interacting Facilities, December 1997.

  • Ripu Daman Singh, Location-Routing Problems, May 1998.

  • Ronald G. McGarvey, On Determining the Location and Capacity of Competitive Facilities, December 2002.

  • Min Xi, Producibility Models for Position Tolerance Problems, May 2003. (Co-advisor: E.A. Lehtihet)

  • Christopher Griffin, Decidability and Optimality in Pushdown Systems: A New Approach to Discrete Event Control, December 2007.

  • Joseph H. Wilck, IV, Solving the Split Delivery Vehicle Routing Problem, December 2009.

  • Gen-Han Wu, Fleet Planning in the Car Rental Business, May 2010.

Masters Theses Directed
  • Aseem S. Chandawarkar, Scheduling on Parallel Non-identical Machines Allowing Simultaneous Processing, August 1984. (Co-advisor: P.H. Cohen)

  • Thomas E. O'Hara, Jr, Linear and Quadratic Applications of Karmarkar's Algorithm, May 1987. (Co-advisor: Peter D. Norris)

  • Kenneth C. Schall, Analysis and Computational Testing of a Modified Karmarkar Algorithm, August 1987.

  • Gerald O'Keefe, An Evaluation of an Inversion-free Interior Point Algorithm for Finding a Basic Feasible Solution to a Linear Program, December 1988.

  • Amy M. Westrope, Continuous Demand Conditional Location-Allocation Problems, May 1989.

  • Carlos Santa Cruz, A Mathematical Model to Improve Electrical Energy and Demand Management in Mining Operations, May 1990.

  • Saurabh R. Doctor, Scheduling for Machining and Assembly in a Job Shop Environment, December 1990. (Co-advisor: P.J. Egbelu)

  • Steven E. Butt, A Mathematical Formulation and a Heuristic for the Multiple Tour Maximum Collection Problem, August 1991.

  • Kyle Beaver, Predator-Prey Search Strategies, August 1992.

  • Kerry Beaver, Maximizing the Area of Contact of Convex Polyhedral Surfaces, August 1992.

  • Kimberly Schneider, Optimal Obnoxious Paths on a Network in the Presence of Wind, August 1992.

  • Raymond J. Brideau, A Mathematical Formulation and a Heuristic Algorithm for the Maximum Collection Problem with Time Dependent Demands, August 1993.

  • Charlie Spisz, Scheduling to Minimize Earliness and Tardiness Penalties with Job Dependent Due Date Tolerances, August 1993.

  • Dawn M. Benjamin, A Predator-Prey Search and Consumption Optimization and Simulation, August 1993.

  • Antonine Gatto, Nurse Scheduling Applied to a University Health System, December 1993.

  • Dean Belitkus, A Mathematical Formulation and Heuristic for the Janitorial Staffing and Scheduling Problem, August 1995.

  • Alise Reynolds, Facility Location Using Myopic, Long Range, and Discount Strategies, August 1995.

  • Benito Tranguch, A Mathematical Formulation and Heuristic for the Maximum Collection Problem with Soft Time Windows, August 1995.

  • Leslie Van Allen, Approximating Polygons as Circles when Detecting Collisions in Virtual Reality Systems, August 1995.

  • Barbara P. Fraticelli, Sequential Set Point Adjustment in Discrete Parts Manufacturing, May 1997. (Co-advisor: E.A. Lehtihet)

  • David L. Wheeler, An Implicit Enumeration Approach to Tolerance Allocation in Sequential Tolerance Control, December 1997. (Co-advisor: E.A. Lehtihet)

  • Seda Gungor, A Solution Methodology for the 1-Median Facility Location Problem in the Presence of a Single Circular Congested Region, August 1997.

  • Gaurang G. Pandya, A Computer Assisted Tolerance Allocation System for Dominant Datum Systems in Product Design, May 1998. (Co-advisor: E.A. Lehtihet)

  • Shrikant V. Ranade, Mathematical Models for Verification of Composite Position Tolerance Variants, August 1998. (Co-advisor: E.A. Lehtihet)

  • Amy Jo Naylor, Using Simulated Annealing to Solve a Routing Problem with a Discounted Reward Structure, December 1998.

  • Ronald McGarvey, Facility Location in the Presence of Forbidden Regions using the Big Square Small Square Algorithm, May 1999.

  • Katherine Scott, Selective Measurement Times for Sequential Tolerance Control and a Comparative Evaluation of Set Point Adjustment Methods, May 1999. (Co-advisor: E.A. Lehtihet)

  • Chris A Villi, Cluster Selection and Routing for Quota-Driven Salesman, August 2000.

  • Susan Morey, A Numerical Approach to Predicting Output Levels for the Two-Hole Transfer Problem, May 2003. (Co-advisor: E.A. Lehtihet)

  • Avneet Singh, A Parallel Genetic Algorithm to Solve a Nonconvex Nondifferentiable Climate Economics Problem, August 2004.

  • Babu Rajasekaran, Using Column Generation to Solve Large-Scale Forest Management Problems, August 2005.

  • Krunal Atul Mehta, Design and Implementation of Column Generation to Solve Large-Scale Profit-Maximization Forest Management Problems, August 2008. (Co-advisor: M.E. McDill)

  • Sridhar Ranganathan, A Study of Optimization and Algorithms for Metabolic Engineering and Strain Design, August 2008. (Co-advisor: C.D. Maranas)

  • Qi Liu, A Heuristic Algorithm for a Minimax Sensor Location Problem along a Piecewise Linear Curve, May 2010.

  • Whitney A. Conner, Maximizing Visibility in a Convex Polygon with a Convex Obstacle, May 2013.


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