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GA based selection and parameter optimization for an SVM based underwater target classifier

机译:基于遗传算法的基于SVM的水下目标分类器选择和参数优化

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Underwater target classification is a very demanding task owing to ever changing complicated nature of the underwater communication channels. Underwater target classification system identifies targets from a mixture of underwater events by its characteristic signature. The characteristic signatures pertaining to each target are patterned by feature recognition algorithms operating on hydrophone captured data. In this paper, an SVM target classifier is used to distinguish between targets of 4 acoustic classes. The performance of the classifier is improved by automating the selection of optimal algorithmic parameters. This paper attempts towards optimal selection of SVM parameters, kernel and kernel parameters using genetic algorithm.
机译:由于水下通信信道的复杂性不断变化,水下目标分类是一项非常艰巨的任务。水下目标分类系统通过其特征签名从混合的水下事件中识别目标。通过对水听器捕获的数据进行操作的特征识别算法,可以对与每个目标有关的特征签名进行图案化。在本文中,使用SVM目标分类器来区分4种声学类别的目标。通过自动选择最佳算法参数,可以提高分类器的性能。本文尝试使用遗传算法对SVM参数,内核和内核参数进行最佳选择。

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