Journal of the American Statistical Association · 1996 · 225 citations · 18 references
Natural SciencesEconomicsEconometricsFinancial EconometricsStatisticsCurve FittingExtreme Value TheoryExtreme Order StatisticsExtreme Value AnalysisQuantile PlotQuantile RegressionRegression DiagnosticsTail Index EstimationWeighted Least SquaresWeighted Least Squares Estimation
Abstract Successful application of extreme value statistics for estimating the Pareto tail index relies heavily on the choice of the number of extreme values taken into account. It is shown that these tail index estimators can be considered estimates of the slope at the right upper tail of a Pareto quantile plot, obtained using a weighted least squares algorithm. From this viewpoint, based on classical ideas on regression diagnostics, algorithms can be constructed searching for that order statistic to the right of which one obtains an optimal linear fit of the quantile plot.
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Handbook of Mathematical Functions
Donald A. McQuarrie · American Journal of Physics · 1966 · 40.9K citations