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20022013
most citedInferring population history with DIYABC: a user-friendly approach to Approximate Bayesian Computation

688 citations

Showing 2012 · math.STShow all

9 papers · 2 filters

math.ST2012

Prediction of time series by statistical learning: general losses and fast rates

Pierre Alquier, Xiaoyin Li, Olivier Wintenberger

We establish rates of convergences in time series forecasting using the statistical learning approach based on oracle inequalities. A series of papers extends the oracle inequaliti…

math.ST201275 cited

Continuous invertibility and stable QML estimation of the EGARCH(1,1) model

Olivier Wintenberger

We introduce the notion of continuous invertibility on a compact set for volatility models driven by a Stochastic Recurrence Equation (SRE). We prove the strong consistency of the…

math.ST2012

GARCH models without positivity constraints: Exponential or Log GARCH?

Christian Francq, Olivier Wintenberger, Jean-Michel Zakoïan

This paper provides a probabilistic and statistical comparison of the log-GARCH and EGARCH models, which both rely on multiplicative volatility dynamics without positivity constrai…

math.ST2012

Nonparametric estimation of a renewal reward process from discrete data

Celine Duval

We study the nonparametric estimation of the jump density of a renewal reward process from one discretely observed sample path over [0,T]. We consider the regime when the sampling…

math.ST2012

Precise large deviations for dependent regularly varying sequences

Thomas Mikosch, Olivier Wintenberger

We study a precise large deviation principle for a stationary regularly varying sequence of random variables. This principle extends the classical results of A.V. Nagaev (1969) and…

math.ST20122 cited

The Degrees of Freedom of the Group Lasso

Samuel Vaiter, Charles Deledalle, Gabriel Peyré +2

This paper studies the sensitivity to the observations of the block/group Lasso solution to an overdetermined linear regression model. Such a regularization is known to promote spa…