IBM / DIMACS Working Group / AT&T Labs / Bell Labs / Avaya Labs / OptTek Systems / Telcordia Technologies / HP Labs / NEC Laboratories America / Microsoft / /
Event
Business Partnership / /
Facility
Princeton University / Rensselaer Polytechnic Institute / Georgia Institute of Technology / Stevens Institute of Technology / Rutgers University / /
IndustryTerm
statistical database query systems / transportation theory / integer solution / integer-feasible solutions / polynomial-time randomized algorithms / integer-feasible solution / feasible solution / approximate solution / public use statistical data base query systems / approximate solutions / feasible solutions / /
Organization
National Science Foundation / American Statistical Association / Center for Disease Control / Rutgers University / Princeton University / Stevens Institute of Technology / office of Research and Methodology / Rutgers Center for Operations Research Rutgers University Date of Report / Rensselaer Polytechnic Institute / Georgia Institute of Technology / National Center for Health Statistics / office of Research / /
Person
David Madigan / Tamra Carpenter / Iraj Saniee / Bruce Shepherd / Mike Saks / Colin Mallows / Adam Buchsbaum / Martin Milani / Brenda Latka / Vadim Lozin / James P. Kelly / Peter Hammer / Bruce Shepard / Jim Kelly / Larry Cox / Aaron Archer / Lawrence H. Cox / Leonid Khachiyan / Chandra Chekuri / Howard Karloff / Larry Shepp / Michael Saks / Fred Roberts / Jim Landwehr / /
Position
closed form optimization model for it / speaker / general model / MILP model for the feasibility problem / Report Author / Representative / /
PublishedMedium
Journal of the American Statistical Association / /
Report on DIMACS∗ Working Group on Data De-Identification, Combinatorial Optimization, Graph Theory, and the Stat/OR Interface Date of Working Group Meeting: November 9, 2004 Working Group Organizers: Larry Cox, CDC