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Improved aggressive and integrated aggressive selection methods for genetik algorithms

机译:遗传算法的改进的主动和综合主动选择方法

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In optimization problems, Genetic Algorithms are one of the most commonly used methods to search optimum points of a given function. These algorithms stochastically select the individual that is close to the optimum point in the population. By choosing appropriate individual in each iteration, it is desired to find the best individual step by step, or converge to the best individual. Therefore, it is significantly important to have a decent selection method in genetic algorithms. In this paper, it is aimed to improve Aggressive and Integrated Aggressive Selection methods which were already proposed. The performance of the improved methods that are proposed in this paper are compared with aggressive selection methods and integrated aggressive selection methods, as well as, most commonly used standard selection methods; Roulette Wheel, Linear Ranking and Tournament. It is observed that results of improved methods are predominant comparing to the other algorithms.
机译:在优化问题中,遗传算法是搜索给定函数的最佳点的最常用方法之一。这些算法随机地选择接近总体中最佳点的个体。通过在每次迭代中选择合适的个体,期望逐步找到最佳个体,或者收敛到最佳个体。因此,在遗传算法中拥有一个体面的选择方法非常重要。本文旨在改进已经提出的积极和综合积极选择方法。将本文提出的改进方法的性能与主动选择方法,集成主动选择方法以及最常用的标准选择方法进行比较;轮盘赌轮,线性排名和锦标赛。可以看出,与其他算法相比,改进方法的结果占优势。

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