Ann Arbor / Urbana / Redmond / San Mateo / Berlin / Cambridge / Hillsdale / /
Company
MIT Press / U. S. Army Research Laboratory / Lawrence Erlbaum Associates / BAYESIAN NETWORKS / Illinois Genetic Algorithms Laboratory / Microsoft / Eiben A. E. / /
Country
Netherlands / Jordan / / /
EntertainmentAwardEvent
HIFF / the HIFF / /
Facility
University of Michigan Press / University of Illinois / General Engineering University of Illinois / U. S. Army Research Laboratory / University of Michigan / University Microfilms No. / Urbana-Champaign University of Illinois / /
IndustryTerm
optimization algorithm / short partial solutions / recombinative algorithms / empty network / steady state genetic algorithm / genetic adaptive systems / local search methods / search algorithm / important partial solutions / real-world applications / printing / genetic algorithm / optimization algorithms / natural and artificial systems / competent genetic algorithms / greedy algorithm / genetic and evolutionary algorithms / genetic algorithms / search / search regions / partial solutions / search space / /
Organization
University of Michigan / Ann Arbor / National Science Foundation / University of Michigan Press / MIT / US Government / Air Force Materiel Command / Slovak Grant Agency / University of Illinois / United States Army / Air Force office of Scientific Research / /
Person
Erick Cant / Martin Pelikan / Franz Rothlauf / Morgan Kaufmann / Martin Butz / Kumara Sastry / Clarissa Van Hoyweghen / Fernando Lobo / Martin Pelikan David / / /
Position
D. J. / general for some data sets / /
Product
Hamming / /
ProvinceOrState
Illinois / California / /
PublishedMedium
Annals of Mathematics / /
Technology
1 INTRODUCTION Genetic algorithms / search algorithm / machine learning / optimization algorithm / increasingly competent genetic algorithms / Competent Genetic Algorithms / proposed algorithm / steady state genetic algorithm / optimization algorithms / genetic and evolutionary algorithms / genotype / recombination / not encourage using a steady state genetic algorithm / /
Escaping Hierarchical Traps with Competent Genetic Algorithms Martin Pelikan David. E. Goldberg Depts. of General Engineering and Computer Science