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Performance comparison of different kernel functions in SVM for different k value in k-fold cross-validation

机译:k折交叉验证中不同k值的SVM中不同内核功能的性能比较

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摘要

It is very important to classify datasets with high accuracy in order to make meaningful decisions in today's science world. In particular, machine learning-based models are known to effectively classify complex datasets. One of the powerful ways to test the success rate of models used for classification is k-fold cross validation. However, very few studies have investigated how k value affects classification results. In this study, the performance of different kernel functions such as Gaussian, linear, and polynomials in SVM were compared for different k values in three different data sets. The most accurate results were obtained with the Gaussian and linear kernel functions.
机译:为了在当今的科学世界中做出有意义的决策,对高精度的数据集进行分类非常重要。特别是,已知基于机器学习的模型可以有效地对复杂数据集进行分类。测试用于分类的模型成功率的有效方法之一是k倍交叉验证。但是,很少有研究调查k值如何影响分类结果。在这项研究中,针对三个不同数据集中的不同k值,比较了SVM中不同内核函数(例如高斯函数,线性函数和多项式)的性能。使用高斯函数和线性核函数可获得最准确的结果。

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