We apply the method of complexity regularization to learn conceptsfrom large concept classes. The method is shown to automatically findthe best balance between the approximation error and the estimationerror. In particular, the error probability of the obtained classifieris shown to decrease as 0(√(log n)) to the achievable optimum,for large nonparametric classes of distributions, as the sample size ngrows. In pattern recognition, or concept learning, the value of a{0,1}-valued random variable Y is to be predicted based upon observingan Rd-valued random variable X
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机译:我们应用复杂度正则化的方法来学习概念
来自大型概念类。该方法显示为自动查找
近似误差与估计之间的最佳平衡
错误。特别是获得的分类器的错误概率
表示减少了0(√(log n / n))至可达到的最佳值,
对于大型非参数分布类别,作为样本大小n
成长。在模式识别或概念学习中,
{0,1}值的随机变量Y将根据观察来预测
一个R d sup>值的随机变量X
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