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Generalization ability of a class of empirical risk minimization algorithms and the support vector regression method

机译:一类经验风险最小化算法的泛化能力和支持向量回归方法

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In this paper, the generalization ability of empirical risk minimization algorithms is investigated in the context of distribution-free probably approximately correct (PAC) learning. We identify a class of empirical risk minimization algorithms that are PAC, and show that the generic version of the support vector regression method belongs to the class for any given Mercer kernel. Moreover, it is shown that a regularized approximation of the generic support vector method is PAC to any given accuracy when the regularization parameter is sufficiently large. The generalization ability of the usual support vector regression method is deduced from these results.
机译:在本文中,在无分布可能近似正确(PAC)学习的背景下研究了经验风险最小化算法的泛化能力。我们确定了一类经验风险最小化算法,即PAC,并表明支持向量回归方法的通用版本属于任何给定的Mercer内核类。而且,表明当正则化参数足够大时,通用支持向量法的正则近似为任意给定精度的PAC。从这些结果推论出通常的支持向量回归方法的泛化能力。

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