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Genetic modification of a neural networks training data

机译:神经网络训练数据的遗传修改

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摘要

A major problem associated with artificial neural networks (ANNs) is that of overgeneralization. Exceptions in the training data are effectively ignored as they are few in number compared to the vast majority of training examples. Modification of the training data has the potential to alleviate this problem. Genetic algorithms are used to guide the search for an optimal set of training data, with the genotypic representation being the frequency of each training example in the training set. The authors investigate the combination of genetic algorithm and a neural network to provide a technique capable of handling exceptions.
机译:与人工神经网络(ANNS)相关的主要问题是过度一成案。与绝大多数培训例子相比,培训数据中的例外有效忽略,因为它们很少。培训数据的修改有可能减轻这个问题。遗传算法用于指导搜索最佳的训练数据集,其中基因型表示是训练集中的每个训练示例的频率。作者研究了遗传算法和神经网络的组合,提供了一种能够处理异常的技术。

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