高斯过程的经典正交规则

T. Karvonen, S. Särkkä
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引用次数: 24

摘要

在对先前关于该主题的一些工作的扩展中,我们展示了如果选择合适的协方差核,如何将所有基于多项式的经典正交规则解释为贝叶斯正交规则。由于所得到的贝叶斯正交规则的后验积分方差为零,因此本文的结果在澄清两种不同的数值积分方法之间的关系方面主要具有理论意义。
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Classical quadrature rules via Gaussian processes
In an extension to some previous work on the topic, we show how all classical polynomial-based quadrature rules can be interpreted as Bayesian quadrature rules if the covariance kernel is selected suitably. As the resulting Bayesian quadrature rules have zero posterior integral variance, the results of this article are mostly of theoretical interest in clarifying the relationship between the two different approaches to numerical integration.
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