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Selecting the best artificial neural network model from a multi-objective Differential Evolution Pareto front

机译:从多目标差分演进帕累托前线选择最佳人工神经网络模型

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The objective of this work is to select artificial neural network models (ANN) automatically with sigmoid basis units for multiclassification tasks. These models are designed using a Memetic Pareto Differential Evolution Neural Network algorithm (MPDENN) based on the Pareto dominance concept. We propose different methodologies to obtain the best model from the Pareto front obtained with the MPDENN algorithm. These methodologies are based on choosing the best models for training in both objectives, the Correct Classification Rate and Minimum Sensitivity, and the two models closest to the centroids of two clusters formed with the models of the first and second Pareto fronts. These methodologies are compared with three standard ensembles methodologies with very competitive results.
机译:这项工作的目的是使用Sigmoid基础单元自动选择人工神经网络模型(ANN),用于多分类任务。 这些模型是使用基于帕累托优势概念的Memetic Pareto差分演进神经网络算法(MPDenn)设计。 我们提出了不同的方法,以获得使用MPDenn算法获得的Pareto前面的最佳模型。 这些方法是基于选择用于训练的最佳模型,以目标,正确的分类率和最小灵敏度,以及最接近由第一和第二帕累托前线的模型形成的两个集群的质心。 将这些方法与三个标准集合方法进行比较,具有非常竞争力的结果。

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