Empirical likelihood confidence intervals for local linear smoothers
By Songxi Chen, Yongsong Qin. 2000
82 citations recorded by the source corpus.
Subfields: Artificial Intelligence, Statistics and Probability
View Paper: https://www.semanticscholar.org/paper/4b79840d19495c24d3875daa7e548236783cb9b7
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Artificial Intelligence
- Liugen Xue
- I. Van Keilegom
- Lixing Zhu
- M. D. Cattaneo
- Max H. Farrell
- Sebastian Calonico
- Songxi Chen
- Bing-Yi Jing
In Statistics and Probability
- M. D. Cattaneo
- Max H. Farrell
- Sebastian Calonico
- Liugen Xue
- R. Titiunik
- I. Van Keilegom
- Songxi Chen
- Lixing Zhu
Citations in the corpus
- Empirical Likelihood for a Varying Coefficient Model With Longitudinal Data (2007, methodology): “Kernel methods for empirical likelihood have been considered previously: see, for example, Hall and Owen (1993), Chen and Qin (2000), Owen (2001, chap 5), and Li and Van Keilegom (2002).”
- Coverage error optimal confidence intervals for local polynomial regression (2018, methodology): “Second, the uniform kernel is ruled out in all prior work on Edgeworth expansions for kernel-based nonparametrics, both for density estimation [19–21] and regression [5,10,11], due to a technical limitation in the proofs that we overcome.”
- A review on empirical likelihood methods for regression (2009, methodology): “Empirical likelihood for nonparametric regression was considered in Chen and Qin (2000) with a local linear kernel estimator, and Chen and Qin (2003) with the Nadaraya-Watson local constant kernel estimator.”
- Jackknife Empirical Likelihood (2009, background): “…applications such as in smooth functions of means (DiCiccio, Hall, and Romano 1991), in nonparametric density and regression function estimation (Owen 1988; Chen 1996; Chen and Qin 2000), in estimating equations (Qin and Lawless 1994), in quantile related estimation (Chen and Hall 1993) and so on.”