In the present paper we construct asymptotic confidence bands in nonparametric regression. Our assumptions admit unequal variances of the observations and nonuniform, possibly considerably clustered design. The confidence band is based on an undersmoothed local linear estimator, and an appropriate quantile is obtained via the wild bootstrap made popular by Härdle and Mammen (1990). We derive certain rates (in the sample size n) for the error in coverage probability, which is an improvement of existing results for methods that rely on the asymptotic distribution of the maximum of some Gaussian process. We propose a practicable rule for a data-dependent choice of the bandwidth
This publication is with permission of the rights owner freely accessible due to an Alliance licence...
Confidence intervals for densities built on the basis of standard nonparametric theory are doomed to...
<p>In case of small samples, asymptotic confidence sets may be inaccurate, with their actual coverag...
We consider theoretical bootstrap "coupling" techniques for nonparametric robust smoothers and quant...
In this paper uniform confidence bands are constructed for nonparametric quantile estimates of regre...
In non-parametric function estimation, providing a confidence band with the right coverage is a chal...
Uniform confidence bands for densities f via nonparametric kernel estimates were first constructed b...
We derive a strong approximation of a local polynomial estimator (LPE) in nonparametric autoregressi...
We consider a random design model based on independent and identically distributed (iid) pairs of ob...
We derive a strong approximation of a local polynomial estimator (LPE) in nonparametric autoregressi...
In the present paper we combine the issues of bandwidth choice and construction of confidence interv...
Abstract. In this paper, we obtain asymptotic confidence bands for both the density and regression f...
The paper develops the bootstrap theory and extends the asymptotic theory of rank estimators, such a...
Modern construction of uniform confidence bands for non-parametric densities (and other functions) o...
We consider a random design model based on independent and identically distributed pairs of observat...
This publication is with permission of the rights owner freely accessible due to an Alliance licence...
Confidence intervals for densities built on the basis of standard nonparametric theory are doomed to...
<p>In case of small samples, asymptotic confidence sets may be inaccurate, with their actual coverag...
We consider theoretical bootstrap "coupling" techniques for nonparametric robust smoothers and quant...
In this paper uniform confidence bands are constructed for nonparametric quantile estimates of regre...
In non-parametric function estimation, providing a confidence band with the right coverage is a chal...
Uniform confidence bands for densities f via nonparametric kernel estimates were first constructed b...
We derive a strong approximation of a local polynomial estimator (LPE) in nonparametric autoregressi...
We consider a random design model based on independent and identically distributed (iid) pairs of ob...
We derive a strong approximation of a local polynomial estimator (LPE) in nonparametric autoregressi...
In the present paper we combine the issues of bandwidth choice and construction of confidence interv...
Abstract. In this paper, we obtain asymptotic confidence bands for both the density and regression f...
The paper develops the bootstrap theory and extends the asymptotic theory of rank estimators, such a...
Modern construction of uniform confidence bands for non-parametric densities (and other functions) o...
We consider a random design model based on independent and identically distributed pairs of observat...
This publication is with permission of the rights owner freely accessible due to an Alliance licence...
Confidence intervals for densities built on the basis of standard nonparametric theory are doomed to...
<p>In case of small samples, asymptotic confidence sets may be inaccurate, with their actual coverag...