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Improved nonparametric tolerance intervals based on interpolated and extrapolated order statistics

机译:基于内插和外推顺序统计的改进的非参数公差区间

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摘要

The standard approach to construct nonparametric tolerance intervals is to use the appropriate order statistics, provided a minimum sample size requirement is met. However, it is well-known that this traditional approach is conservative with respect to the nominal level. One way to improve the coverage probabilities is to use interpolation. However, the extension to the case of two-sided tolerance intervals, as well as for the case when the minimum sample size requirement is not met, have not been studied. In this paper, an approach using linear interpolation is proposed for improving coverage probabilities for the two-sided setting. In the case when the minimum sample size requirement is not met, coverage probabilities are shown to improve by using linear extrapolation. A discussion about the effect on coverage probabilities and expected lengths when transforming the data is also presented. The applicability of this approach is demonstrated using three real data sets.
机译:构造非参数公差区间的标准方法是使用适当的订单统计,前提是要满足最小样本量的要求。但是,众所周知,这种传统方法相对于名义水平是保守的。一种提高覆盖率的方法是使用插值。但是,尚未研究扩展到两侧公差区间的情况以及不满足最小样本量要求的情况。在本文中,提出了一种使用线性插值的方法来提高双面设置的覆盖概率。在不满足最小样本大小要求的情况下,通过使用线性外推法显示覆盖率会提高。还讨论了在转换数据时对覆盖率和预期长度的影响。使用三个真实数据集证明了该方法的适用性。

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