Computer Science University of Nevada Reno / University of Michigan / /
IndustryTerm
encoded parent solutions / identical solutions / parallel processing machine / heuristic search algorithms / heuristic search technique / exhaustive search methods / exhaustive search algorithms / transportation costs / parallel processing / natural systems / exhaustive search / exhaustive search method / bad solution / then designing arti cial systems software / worst solutions / genetic algorithm / polynomial time algorithm / Genetic algorithms / exhaustive search techniques / parallel processing system / feasible solutions / involve having all identical solutions / /
Organization
Computer Science University of Nevada Reno / Solving Quadratic Assignment Problems With Parallel Genetic Algorithms Jerri Hines John T. Thorpe Department of Computer Science Kenneth B. Winiecki / National Aeronautics and Space Administration / Department of Electrical Engineering Clemson University Clemson / the University of Michigan / /
Person
Kenneth B. Winiecki / Jr. / Van Nostrand Reinhold / L. Davis / John Holland / John T. Thorpe / Frederick C. Harris / Jr. / / /
Position
editor / model / i.e / /
ProgrammingLanguage
Pascal / /
ProvinceOrState
New York / Michigan / South Carolina / Massachusetts / /
PublishedMedium
Machine Learning / /
Technology
parallel processing system / four genetic algorithms / exhaustive search algorithms / polynomial time algorithm / genetic algorithm / 32 Genetic Algorithms Genetic algorithms / Machine Learning / each genetic algorithm / heuristic search algorithms / Solving Quadratic Assignment Problems With Parallel Genetic Algorithms / genetic algorithms / dom / recombination / Parallel processing / /
Solving Quadratic Assignment Problems With Parallel Genetic Algorithms Jerri Hines John T. Thorpe Department of Computer Science Kenneth B. Winiecki, Jr. y