International audienceThe wild bootstrap is studied in the context of regression models with heteroskedastic disturbances. We show that, in one very specific case, perfect bootstrap inference is possible, and a substantial reduction in the error in the rejection probability of a bootstrap test is available much more generally. However, the version of the wild bootstrap with this desirable property is without the skewness correction afforded by the currently most popular version of the wild bootstrap. Simulation experiments show that this does not prevent the preferred version from having the smallest error in rejection probability in small and medium-sized samples
International audienceRecent results of Cribari-Neto and Zarkos (1999) show that bootstrap methods c...
International audienceRecent results of Cribari-Neto and Zarkos (1999) show that bootstrap methods c...
This paper uses the wild bootstrap technique in the estimation of a heteroscedastic partially linear...
International audienceThe wild bootstrap is studied in the context of regression models with heteros...
International audienceThe wild bootstrap is studied in the context of regression models with heteros...
The wild bootstrap is studied in the context of regression models with heteroskedastic disturbances....
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
We propose a wild bootstrap procedure for linear regression models estimated by instrumental variabl...
We propose a wild bootstrap procedure for linear regression models estimated by instrumental variabl...
We propose a wild bootstrap procedure for linear regression models estimated by instrumental variabl...
Nowadays bootstrap techniques are used for data analysis in many other fields like engineering, phys...
International audienceRecent results of Cribari-Neto and Zarkos (1999) show that bootstrap methods c...
International audienceRecent results of Cribari-Neto and Zarkos (1999) show that bootstrap methods c...
This paper uses the wild bootstrap technique in the estimation of a heteroscedastic partially linear...
International audienceThe wild bootstrap is studied in the context of regression models with heteros...
International audienceThe wild bootstrap is studied in the context of regression models with heteros...
The wild bootstrap is studied in the context of regression models with heteroskedastic disturbances....
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
International audienceIn regression models, appropriate bootstrap methods for inference robust to he...
We propose a wild bootstrap procedure for linear regression models estimated by instrumental variabl...
We propose a wild bootstrap procedure for linear regression models estimated by instrumental variabl...
We propose a wild bootstrap procedure for linear regression models estimated by instrumental variabl...
Nowadays bootstrap techniques are used for data analysis in many other fields like engineering, phys...
International audienceRecent results of Cribari-Neto and Zarkos (1999) show that bootstrap methods c...
International audienceRecent results of Cribari-Neto and Zarkos (1999) show that bootstrap methods c...
This paper uses the wild bootstrap technique in the estimation of a heteroscedastic partially linear...