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Discussion of Likelihood Inference for Models with Unobservables: Another View

机译:不可观测模型的似然推断讨论:另一种观点

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摘要

Lee and Nelder provide considerable food for thought, considerable light and some heat, heat produced by their over-promotion of h-likelihood. I support Lee and Nelder's goal of attempting a unified analysis based on full probability modeling, but note that the Bayesian formalism is best suited to this task.rnUse of the full probability calculus, empowered by modern computing, brings in (most) relevant uncertainties, produces properly shaped and calibrated confidence regions and enables addressing nonstandard goals such as ranking. However, I caution that full probability modeling isn't always available or valid and in many situations compromises are necessary.rnWhatever the approach to analysis, care, evaluation, and sophistication are needed, especially when structuring inferences for latent effects. Polemic and over-promotion distract from the important issues and goals. These should be replaced by aggressive scientific evaluations and energetic discourse.
机译:Lee和Nelder提供了大量的思考食物,大量的光线和一些热量,这些热量是由于h可能性的过度推广而产生的。我支持Lee和Nelder的尝试基于完全概率模型进行统一分析的目标,但是请注意,贝叶斯形式主义最适合此任务。使用由现代计算技术支持的完全概率演算会带来(大多数)相关的不确定性,产生形状正确且经过校准的置信区域,并能够解决排名等非标准目标。但是,我提醒您,并非总是可以使用全概率模型,在许多情况下也需要折衷方案。无论采用何种分析,关注,评估和复杂性方法,尤其是在构造潜在影响的推论时,尤其如此。过度和过度促销分散了重要问题和目标的注意力。这些应该由积极的科学评估和充满活力的话语代替。

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  • 来源
    《Statistical science》 |2009年第3期|P.270-272|共3页
  • 作者

    Thomas A. Louis;

  • 作者单位

    Department of Biostatistics, Johns Hopkins Bloombergh School of Public Health, Baltimore, Maryland, USA;

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  • 正文语种 eng
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