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Faculty/Staff Directory

Biography

Research and teaching interests include database management, large-scale network optimization, mathematical modeling and decision support systems.

Publications

Utai Pitaktong, Patrick L. Brockett, John R. Mote, and John J. Rousseau. 1998. Identification of Pareto-Efficient Facets in Data Envelopment Analysis. Journal of Operational Research 109, 559-570.
John R. Mote, Ishwar Murthy, and David Olson. 1991. A Parametric Approach to Solving Bicriterion Shortest Path Problems. European Journal of Operational Research 53, 81-90.
John Dinkel, M.A. Vankataramanan, and John R. Mote. 1991. Vector Processing Approach to Constrained Network Problems. Naval Research Logistics Quarterly 38, 71-86.
J. Dietrich, Darwin Klingman, M. Mannino, John R. Mote, Nancy Phillips, and David A. Schkade. 1989. A Graduate Program for Information Systems Managers. Journal of Information Systems 3, 145-154.
John R. Mote, John Dinkel, and M.A. Vankataramanan. 1989. A Surrogate and Lagrangian Approach to Constrained Networks. Annals of Operations Research 20.
John Dinkel, John R. Mote, and M.A. Vankataramanan. 1989. An Efficient Decision Support System for Academic Course Scheduling. Operations Research 37, 853-864.
David Olson, John R. Mote, and M.A. Vankataramanan. 1989. An Interactive MOLP Procedure Using Epsilon-Constraints. International Journal of Computers and Mathematics With Applications 17, 1535-1534.
John R. Mote, David Olson, and M. A. Vankataramanan. 1988. A Comparative Multiobjective Programming Study. Mathematical Computer Modeling.
Darwin Klingman, John R. Mote, and Nancy Phillips. 1988. A Logistics Planning System at W.R. Grace. Operations Research 36, 811-822.
Darwin Klingman, Nancy Phillips, James Dietrich, Michael Mannino, John R. Mote, and David A. Schkade. 1988. Integrated Information Systems Technology and Graduate Management Education. Academic Computing 2, 22-25.
David Olson, M.A. Vankataramanan, and John R. Mote. 1986. A Technique Using Analytical Hierarchy Process in Multiobjective Planning Models. Socio-Economic Planning Science 2, 361-368.
John R. Mote. 1986. The Family Constrained Network Problem. Discrete Applied Mathematics 13, 249-257.
Fred Glover, Darwin Klingman, John R. Mote, and Melissa Mead. 1985. Abstract of a Note on Specialized Versus Unspecialized Methods for Maximum Flow Problems. Zentralblatt Fur Mathematik.
Fred Glover, Darwin Klingman, John R. Mote, and David Whitman. 1985. Extended Abstract of a Primal Simplex Variant for the Maximum Flow Problem. Zentralblatt Fur Mathematik.
Fred Glover, Darwin Klingman, Melissa Mead, and John R. Mote. 1984. A Note on Specialized Versus Unspecialized Methods for Maximum Flow Problems. Naval Research Logistics Quarterly 31, 63-66.
Fred Glover, Darwin Klingman, John R. Mote, and David Whitman. 1984. A Primal Simplex Variant for the Maximum Flow Problem. Naval Research Logistics Quarterly 31, 41-62.
John R. Mote and Darwin Klingman. 1982. A Multi-Period Production, Distribution, and Inventory Planning Model. Advances in Mathematical Studies 1.
John R. Mote and Darwin Klingman. 1982. Solution Approaches for Network Problems With Multiple Criteria. Advances in Management Studies 1, 1-30.
John R. Mote, Fred Glover, and Darwin Klingman. 1981. An Evaluation of Maximum Flow Algorithms. Mathematical Programming: COAL, 21-25.
Fred Glover, Darwin Klingman, John R. Mote, and David Whitman. 1980. An Extended Abstract of an In-Depth Algorithmic and Computational Study for Maximum Flow Problems. Discrete Applied Mathematics 2, 251-254.
Fred Glover, Gene Jones, David Karney, Darwin Klingman, and John R. Mote. 1979. An Integrated Production, Distribution, and Inventory Planning System. Interfaces 9, 21-35.