activity
20132022
most citedMultiple block sizes and overlapping blocks for multivariate time series extremes

5 citations · 6 across the 4 of their papers we have counts for

collaborators

7 papers

math.ST20221 cited

Statistics for Heteroscedastic Time Series Extremes

Axel Bücher, Tobias Jennessen

Einmahl, de Haan and Zhou (2016, Journal of the Royal Statistical Society: Series B, 78(1), 31-51) recently introduced a stochastic model that allows for heteroscedasticity of extr…

math.ST2021

On the Disjoint and Sliding Block Maxima method for piecewise stationary time series

Axel Bücher, Leandra Zanger

Modeling univariate block maxima by the generalized extreme value distribution constitutes one of the most widely applied approaches in extreme value statistics. It has recently be…

math.ST2020

Are deviations in a gradually varying mean relevant? A testing approach based on sup-norm estimators

Axel Bücher, Holger Dette, Florian Heinrichs

Classical change point analysis aims at (1) detecting abrupt changes in the mean of a possibly non-stationary time series and at (2) identifying regions where the mean exhibits a p…

math.ST2019

Method of moments estimators for the extremal index of a stationary time series

Axel Bücher, Tobias Jennessen

The extremal index , a number in the interval , is known to be a measure of primal importance for analyzing the extremes of a stationary time series. New rank-based estim…

math.ST20195 cited

Multiple block sizes and overlapping blocks for multivariate time series extremes

Nan Zou, Stanislav Volgushev, Axel Bücher

Block maxima methods constitute a fundamental part of the statistical toolbox in extreme value analysis. However, most of the corresponding theory is derived under the simplifying…

stat.ME2018

A horse racing between the block maxima method and the peak-over-threshold approach

Axel Bücher, Chen Zhou

Classical extreme value statistics consists of two fundamental approaches: the block maxima (BM) method and the peak-over-threshold (POT) approach. It seems to be general consensus…