datamix: datamix

In saeME: Small Area Estimation with Measurement Error

datamix

Description

This data generated by simulation based on Fay-Herriot with Measurement Error Model by following these steps:

1. Generate x_{1i} from a UNIF(5, 10) distribution, x_{2i} from a UNIF(9, 11) distribution, \psi_{i} = 3, c_{1i} = c_{2i} = 0.25, and \sigma_{v}^{2} = 2.

2. Generate u_{1i} from a N(0, c_{1i}) distribution, u_{2i} from a N(0, c_{2i}) distribution, e_{i} from a N(0, \psi_{i}) distribution, and v_{i} from a N(0, \sigma_{v}^{2}) distribution.

3. Generate x_{3i} from a UNIF(1, 5) distribution and x_{4i} from a UNIF(10, 14) distribution.

4. Generate \hat{x}_{1i} = x_{1i} + u_{1i} and \hat{x}_{2i} = x_{2i} + u_{2i}.

5. Then for each iteration, we generated Y_{i} = 2 + 0.5 \hat{x}_{1i} + 0.5 \hat{x}_{2i} + 2 x_{3i} + 0.5 x_{4i} + v_{i} and y_{i} = Y_{i} + e_{i}.

This data contain combination between auxiliary variable measured with error and without error. Direct estimator y, auxiliary variable \hat{x}_{1} \hat{x}_{2} x_{3} x_{4}, sampling variance \psi, and c_{1} c_{2} are arranged in a dataframe called datamix.

Usage

data(datamix)

Format

A data frame with 100 observations on the following 8 variables.

small_area

areas of interest.

y

direct estimator for each domain.

x.hat1

auxiliary variable (measured with error) for each domain.

x.hat2

auxiliary variable (measured with error) for each domain.

x3

auxiliary variable (measured without error) for each domain.

x4

auxiliary variable (measured without error) for each domain.

vardir

sampling variances for each domain.

var.x1

mean squared error of auxiliary variable and sorted as x.hat1

var.x2

mean squared error of auxiliary variable and sorted as x.hat2

saeME documentation built on Aug. 21, 2023, 9:07 a.m.