J. J. Merelo, J. Carpio, P. Castillo, V. M. Rivas, and G. Romero. Finding a needel in a haystack using hints and evolutionary computation: the case of genetic mastermind. In Late breaking papers at the GECCO99, pages 184-192, 1999. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Evolving Objects: a general purpose evolutionary.. - Keijzer, Merelo.. (2001) (6 citations) Self-citation (Merelo Romero) (Correct)
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J. J. Merelo, J. Carpio, P. Castillo, V. M. Rivas, and G. Romero. Finding a needel in a haystack using hints and evolutionary computation: the case of genetic mastermind. In Late breaking papers at the GECCO99, pages 184-192, 1999.
Evolving Objects - Merelo, Carpio, Castillo, Rivas.. (2000) Self-citation (Merelo Carpio Castillo Rivas Romero) (Correct)
....to adapt this problem to EO: the new mutation operators were given the same rights as the native mutation operators, which could not be used in this case. This application is available also from http: geneura.ugr.es pedro GProp. htm. Genetic Mastermind In the case of the game of Mastermind [7], a GA was programmed to nd the hidden combination, improving results obtained in previous implementations.The subject of evolution were the mastermind solutions themselves. The genetic operators were also adapted to these objects: a permutation and a creep operator, which substituted a number ....
J. J. Merelo; J. Carpio; P. Castillo; V. M. Rivas; G. Romero. Finding a needel in a haystack using hints and evolutionary computation: the case of genetic mastermind. In Annie S. Wu Scott Brave, editor, Late breaking papers at the GECCO99, pages 184-192, 1999.
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