In this pedagogical paper we provide an illustration of Fisher information through examples based on the dichotomization and discretization of continuous variables following a Gaussian distribution. In these examples, we demonstrate the information loss and quantify the increase in sample size necessary to recover this loss. To facilitate understanding and application, we also provide R codes for performing illustrative simulations. This approach aims to improve the teaching and learning experience of Fisher information in statistical education.
Bartolucci, F., Pennoni, F. (2024). Comparing Fisher Information in Continuous, Dichotomized, and Discretized Data: A Pedagogical Perspective with Illustrations. ELECTRONIC JOURNAL OF APPLIED STATISTICAL ANALYSIS, 17(3), 572-585 [10.1285/i20705948v17n3p572].
Comparing Fisher Information in Continuous, Dichotomized, and Discretized Data: A Pedagogical Perspective with Illustrations
Pennoni F.
2024
Abstract
In this pedagogical paper we provide an illustration of Fisher information through examples based on the dichotomization and discretization of continuous variables following a Gaussian distribution. In these examples, we demonstrate the information loss and quantify the increase in sample size necessary to recover this loss. To facilitate understanding and application, we also provide R codes for performing illustrative simulations. This approach aims to improve the teaching and learning experience of Fisher information in statistical education.File | Dimensione | Formato | |
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