| T. Haynes and S. Sen, (1996). Co-adaptation in a team. International Journal of Computational Intelligence and Organizations. |
....on understanding cooperation itself, including the efficiency of the different models of team control and the role of communication. In a series of papers, Haynes and Sen explored various ways of encoding, controlling, and evolving predators that behave cooperatively in the predator prey domain [11, 10, 12]. In the first of these studies [11] Genetic Programming was used to evolve a population of strategies, where each individual was a program that represented the strategies of all predators in the team. The predators were thus said to be homogeneous, since they each shared the same behavioral ....
....[11] Genetic Programming was used to evolve a population of strategies, where each individual was a program that represented the strategies of all predators in the team. The predators were thus said to be homogeneous, since they each shared the same behavioral strategy. In follow up studies [10, 12], they developed heterogeneous predators: each chromosome in the population was composed of k different programs, each one representing the behavioral strategy of one of the k predators in the team. They reported that the heterogeneous predators were able to perform better than the homogeneous ....
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Haynes, T., and Sen, S. (1996). Co-adaptation in a team. International Journal of Computational Intelligence and Organizations, 1(4).
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T. Haynes and S. Sen, (1996). Co-adaptation in a team. International Journal of Computational Intelligence and Organizations.
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T. Haynes and S. Sen, (1996). Co-adaptation in a team. International Journal of Computational Intelligence and Organizations.
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