Model-assisted estimation for complex surveys using penalised splines
By F. J. Breidt, Gerda Claeskens, Jean D. Opsomer. 2005
137 citations recorded by the source corpus.
Subfields: Environmental Engineering, Statistics and Probability
View Paper: https://www.semanticscholar.org/paper/63f6a75c25a5b32f72ea5d4bda8e60578935d4b8
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Environmental Engineering
- F. J. Breidt
- Jean D. Opsomer
- Thomas C.M. Lee
- K. McConville
- Gretchen G. Moisen
- Michael P. Austin
- Roderick J. A. Little
- Wilfried Thuiller
In Statistics and Probability
- Jean D. Opsomer
- Gretchen G. Moisen
- F. J. Breidt
- Thomas C.M. Lee
- K. McConville
- Goeran Kauermann
- Roderick J. A. Little
- Hervé Cardot
Citations in the corpus
- Model-Assisted Survey Regression Estimation with the Lasso (2017, methodology): “…of the working model lead to model-assisted estimators based on local polynomial regression (Breidt and Opsomer 2000), penalized splines (Breidt, Claeskens, and Opsomer 2005; McConville and Breidt 2013), neural networks (Montanari and Ranalli 2005b), regression splines (Goga 2005), and…”
- Inference for the Population Total from Probability-Proportional-to-Size Samples Based on Predictions from a Penalized Spline Nonparametric Model (2003, unknown): “In particular, Breidt, Claeskens, and Opsomer (2004) propose the GR estimator with the linear model replaced by a penalized spline on covariates.”
- Endogenous post-stratification in surveys: Classifying with a sample-fitted model (2008, methodology): “variables) and as (−3,6) for the “high noise” case (σ =0.50 for the other variables). These levels will be denoted as the “steep” and the “flat” model. Two, four and six equal-size strata partitioning [0,1] are considered for the PSE and EPSE. All estimators remain as in Section 4.1. Table 2 displays”