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引用次数: 1

摘要

当我们关注一种不直接处理泛化误差的学习方法时,比如正则化学习,我们通常用它来实现一些“真正的客观学习”。也就是说,我们首先有一些目标,如最小化泛化误差,然后我们寻找一种可以实现目标学习的学习方法。然而,还有另一种情况。当我们开发出一种学习方法时,我们希望将其应用于各种不同的目的。我们讨论后一个问题。我们明确了记忆学习在投射学习家族中的适用范围。边界由采样点的位置和噪声的性质决定。
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What can memorization learning do from noisy training examples?
When we are concerned with a learning method, such as regularization learning, which does not directly deal with generalization error, we usually use it to achieve some "true objective learning". That is, we first have some objective such as minimization of generalization error, then we look for a learning method which could achieve the objective learning. There is, however, another situation. When we have developed a learning method, we wish to apply it to a wide range of different purposes. We discuss the latter problem. We clarify the bound of applicability of memorization learning within a family of projection learning. The bound is determined by the location of sample points and the nature of noise.
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