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Learning with Box Kernels

机译:与盒仁学习

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摘要

Supervised examples and prior knowledge expressed by propositions have been profitably integrated in kernel machines so as to improve the performance of classifiers in different real-world contexts. In this paper, using arguments from variational calculus, a novel repre-senter theorem is proposed which solves optimally a more general form of the associated regularization problem. In particular, it is shown that the solution is based on box kernels, which arises from combining classic kernels with the constraints expressed in terms of propositions. The effectiveness of this new representation is evaluated on real-world problems of medical diagnosis and image categorization.
机译:命题表达的监督示例和先验知识已被有利地集成到内核机器中,以提高分类器在不同实际环境中的性能。在本文中,利用变分微积分的论点,提出了一种新颖的表示代表定理,该定理最优地解决了相关正则化问题的更一般形式。特别是,它表明解决方案基于盒式内核,这是通过将经典内核与以命题表示的约束相结合而产生的。在医学诊断和图像分类的实际问题上评估了这种新表示形式的有效性。

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