2008Communications in Statistics - Simulation and ComputationRequires access

A New Family of Nonparametric Quantile Estimators

Michael Sfakianakis, Dimitris G. Verginis

Open publisher page 43 citations

Abstract

A new core methodology for creating nonparametric L-quantile estimators is introduced and three new quantile L-estimators (SV1 p , SV2 p , and SV3 p ) are constructed using the new methodology. Monte Carlo simulation was used in order to investigate the performance of the new estimators for small and large samples under normal distribution and a variety of light and heavy-tailed symmetric and asymmetric distributions. The new estimators outperform, in most of the cases studied, the Harrell–Davis quantile estimator and the weighted average at X ([np]) quantile estimator.

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What this paper is about

A new core methodology for creating nonparametric L-quantile estimators is introduced and three new quantile L-estimators (SV1 p , SV2 p , and SV3 p ) are constructed using the new methodology. Monte Carlo simulation was used in order to investigate the performance of the new estimators for small and large samples under normal distribution and a variety of light and heavy-tailed symmetric and asymmetric distributions. The new estimators outperform, in most of the cases studied, the Harrell–Davis quantile estimator and the weighted average at X ([np]) quantile estimator.

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Available abstract

A new core methodology for creating nonparametric L-quantile estimators is introduced and three new quantile L-estimators (SV1 p , SV2 p , and SV3 p ) are constructed using the new methodology. Monte Carlo simulation was used in order to investigate the performance of the new estimators for small and large samples under normal distribution and a variety of light and heavy-tailed symmetric and asymmetric distributions. The new estimators outperform, in most of the cases studied, the Harrell–Davis quantile estimator and the weighted average at X ([np]) quantile estimator.

Key concepts: Quantile, Estimator, Nonparametric statistics, Econometrics, Computer science, Statistics, Mathematics

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