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Developments on the Optimization of Interplanetary Trajectories Using Hidden Genes Genetic Algorithms

机译:隐藏基因遗传算法优化行星际轨道的进展

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New developments on the interplanetary trajectory optimization problem using hidden genes genetic algorithms are presented in this paper. The hidden genes genetic algorithm assumes some genes to change state between hidden and active, in the objective function evaluations, during the optimization process. This paper presents methods to assign the gene to be hidden in each generation. Binary tags are attached to the genes. The values of these tags evolve over successive generations based on the concept of allelomorph genes in biology. Application to the interplanetary trajectory optimization problem is presented.
机译:本文提出了利用隐藏基因遗传算法解决行星际轨迹优化问题的新进展。在优化过程中,在目标函数评估中,隐藏基因遗传算法假设一些基因在隐藏状态和活动状态之间改变状态。本文提出了分配在每一代中隐藏的基因的方法。二进制标签附着在基因上。这些标签的价值基于生物学中的同种异体基因的概念在连续的世代中不断发展。提出了在行星际轨道优化问题中的应用。

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