Bayesian Likelihood Methods for Estimating the End Point of a Distribution
估计分布端点的贝叶斯似然方法AI 解读 ↓
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估计分布端点的贝叶斯似然方法AI 解读 ↓
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Summary We consider maximum likelihood methods for estimating the end point of a distribution. The likelihood function is modified by a prior distribution that is imposed on the location parameter. The prior is explicit and meaningful, and has a general form that adapts itself to different settings. Results on convergence rates and limiting distributions are given. In particular, it is shown that the limiting distribution is non-normal in non-regular cases. Parametric bootstrap techniques are suggested for quantifying the accuracy of the estimator. We illustrate performance by applying the method to multiparameter Weibull and gamma distributions.