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Population Dynamics Model for Gene Frequency Prediction in Evolutionary Algorithms

机译:进化算法中基因频率预测的人口动力学模型

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The performance of evolutionary algorithms (EAs) may be enhanced whether the choice of some parameters, as mutation rate and crossover method, is made appropriately. Several methods to adjust those parameters have been developed in order to enhance EAs performance. For this reason, it is important to understand EA dynamics. This paper presents a new population dynamics model to describe and predict the diversity at one generation. The formulation is based on the selection probability density function of each individual. The proposed population dynamics is modeled for an infinite population with generational evolution method. The model was tested in several case studies of different population sizes. The results suggest that the prediction error decreases with the population size increasement.
机译:可以适当地提高进化算法(EAS)的性能(EAS)是否选择一些参数的选择,作为突变率和交叉方法。已经开发了几种调整这些参数的方法,以提高EAS性能。因此,了解EA动态非常重要。本文提出了一种新的人口动态模型,用于描述和预测一代的多样性。该制剂基于每个单独的选择概率密度函数。拟议的人口动态被建模为具有世代进化方法的无限群体。该模型在几种不同人口尺寸的案例研究中进行了测试。结果表明预测误差随着人口大小的增加而降低。

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