Small area estimation using unmatched sampling and linking models
By Yong-Hwan You, J. Rao. 2002
99 citations recorded by the source corpus.
Subfields: Management Science and Operations Research, Statistics and Probability
View Paper: https://www.semanticscholar.org/paper/59027019a0b7ef2060d8a5a9cfc480ae25530b30
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Management Science and Operations Research
- Peter Hall
- Christopher K. Wikle
- Scott H. Holan
- Tapabrata Maiti
- Aaron T. Porter
- Partha Lahiri
- M. José Lombardía
- Domingo Morales
In Statistics and Probability
- Peter Hall
- Christopher K. Wikle
- Scott H. Holan
- Tapabrata Maiti
- Aaron T. Porter
- H. Muller
- Aurore Delaigle
- Han Lin Shang
Citations in the corpus
- Small Area Estimation via Multivariate Fay–Herriot Models with Latent Spatial Dependence (2013, background): “ with σ2 i representing the sampling variance at location i. This survey variance is often assumed known (provided by the official statistical agency) and the normality assumption may be relaxed (e.g., You and Rao, 2002). In the second model stage (2), auxiliary information, through the covariates x i”
- Hierarchical Bayes Modeling of Survey-Weighted Small Area Proportions (2014, unknown): “However, a nonlinear linking model is often preferred for modeling proportions, leading to unmatched sampling and linking models, as in Model 2 (see, for example, You and Rao, 2002).”
- On parametric bootstrap methods for small area prediction (2006, background): “You and Rao (2002) called this the ‘mismatched model’ and used it to estimate undercoverage in the 1991 Canadian census.”