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Reinforced Genetic Algorithm using Clustering based on Statistical Estimation

机译:基于统计估计的聚类增强遗传算法

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Genetic algorithm(GA) has beend widely used to obtain solution in various optimization problems because of its robustness and convergence property. GA algorithm, however, has limitations; the computational time increases sharply as the complexity of the problem increases and the user’s arbitrary judgement is involved especially in its termination step. In order to solve these limitations, we suggest a modified reinforced GA using clustering based on the statistical estimation. In this method, the mathematical reliability is gradually increased for each generation to find the solution vector to be finally obtained. The similarity between each solution vector generated by GA is determined and the inefficient repetitive calculation is remarkably reduced. In addition, the statistical reliability of the obtained solution vectors can be calculated to reduce the randomness of the user in the conventional termination step.
机译:遗传算法由于其鲁棒性和收敛性而被广泛用于求解各种优化问题。但是,GA算法具有局限性。随着问题的复杂性增加,计算时间急剧增加,并且用户的任意判断尤其是在终止步骤中也涉及到。为了解决这些限制,我们建议使用基于统计估计的聚类的改进型强化GA。在这种方法中,每一代的数学可靠性逐渐提高,以找到最终要获得的解向量。确定了由GA生成的每个解向量之间的相似性,并显着减少了效率低下的重复计算。另外,可以计算所获得的解向量的统计可靠性,以减少传统终止步骤中用户的随机性。

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