New methods for bias correction at endpoints and boundaries
By Peter Hall, Byeong U. Park. 2002
69 citations recorded by the source corpus.
Subfields: Global and Planetary Change, Statistics and Probability
View Paper: https://www.semanticscholar.org/paper/fa92c450f57e26a22ccbf2e74a560adb40da7c57
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Global and Planetary Change
In Statistics and Probability
- Léopold Simar
- Gery Geenens
- Seok-Oh Jeong
- T. Alberts
- Rohana J. Karunamuni
- Paul Wilson
- Anne Vanhems
- Cinzia Daraio
Citations in the corpus
- Linearly interpolated FDH efficiency score for nonconvex frontiers (2006, methodology): “For estimating g1(z), we propose to use the slope of the facet involved in ĝLFDH(z), see Park (2001) and Hall and Park (2002). The slope can be easily obtained by computing the hyperplane in the coordinate system (z, u) which passes through the set of points {(zi, ui) | i ∈ Iz} ∪ {(z, ĝLFDH(z))}.”
- On boundary correction in kernel density estimation (2005, methodology): “The recent paper of Hall & Park (2002) (hereafter H&P) investigates the following esti- 14 mator.”
- Probit Transformation for Kernel Density Estimation on the Unit Interval (2013, background): “Second, local likelihood estimation has been somewhat questioned in Hall and Tao (2002), who showed among other things that, for densities in C2(R), the MISE of the conventional kernel density estimator is at most that of the analog local log-linear estimator, and can be dramatically lower.”