Using maximum weighted likelihood to derive Lehmer and Hölder mean families
Djemel Ziou
Abstract
Open-access reader
Djemel Ziou
Abstract
Open-access reader
In this paper, we establish the links between the Lehmer and Hölder mean families and maximum weighted likelihood estimator. Considering the regular one-parameter exponential family of probability density functions, we show that the maximum weighted likelihood of the parameter is a generalized weighted mean family from which Lehmer and Hölder mean families are derived. Some of the outcomes obtained provide a probabilistic interpretation of these mean families and could therefore broaden their uses in various applications.
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In this paper, we establish the links between the Lehmer and Hölder mean families and maximum weighted likelihood estimator. Considering the regular one-parameter exponential family of probability density functions, we show that the maximum weighted likelihood of the parameter is a generalized weighted mean family from which Lehmer and Hölder mean families are derived. Some of the outcomes obtained provide a probabilistic interpretation of these mean families and could therefore broaden their uses in various applications.
Key concepts: Exponential family, Estimator, Maximum likelihood, Mathematics, Probabilistic logic, Statistics, Exponential function, Interpretation (philosophy)