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Towards the most robust way of assigning numerical degrees to ordered labels, with possible applications to dark matter and dark energy

机译:朝着将数字度数分配到订购标签的最强大方式,可能应用于暗物质和暗能量

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Experts often describe their estimates by using words from natural language, i.e., in effect, sorted labels. To efficiently represent the corresponding expert knowledge in a computer-based system, we need to translate these labels into a computer-understandable language, i.e., into numbers. There are many ways to translate labels into numbers. In this paper, we propose to select a translation which is the most robust, i.e., which preserves the order between the corresponding numbers under the largest possible deviations from the original translation. The resulting formulas are in good accordance with the translation coming from the Laplace's principle of sufficient reason, and - somewhat surprisingly - with the current estimates of the proportion of dark matter and dark energy in our Universe.
机译:专家们通常通过使用自然语言的单词来描述他们的估计,即,实际上,分类标签。 为了有效地代表基于计算机的系统中的相应专家知识,我们需要将这些标签转换为计算机可理解的语言,即,进入数字。 有很多方法可以将标签转化为数字。 在本文中,我们建议选择一种翻译,该翻译是最强大的,即,在与原始翻译的最大可能的偏差下保留相应数字之间的顺序。 由此产生的公式符合来自Laplace的足够原则的翻译,有点令人惊讶 - 目前估计我们宇宙中的暗物质和黑暗能量比例。

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