| |
|
θ |
.017.0002 |
.015.0001 |
.045.0003 |
1.000.0000 |
.005.0001 |
.000.0000 |
|
.20 |
Nig |
p |
.259.0012 |
.034.0001 |
.129.0003 |
.917.0087 |
.029.0007 |
.003.0001 |
| |
|
π |
.373.0019 |
.055.0001 |
.213.0006 |
.905.0093 |
.049.0012 |
.007.0002 |
| |
|
θ |
.206.0019 |
.055.0002 |
.210.0006 |
.924.0084 |
.048.0011 |
.007.0001 |
| |
Ig |
p |
.489.0010 |
.029.0000 |
.110.0002 |
.000.0000 |
.232.0010 |
.056.0005 |
| |
|
π |
.648.0012 |
.035.0000 |
.134.0001 |
.000.0000 |
.277.0012 |
.080.0006 |
| |
|
θ |
.061.0009 |
.035.0003 |
.121.0011 |
.064.0077 |
.139.0009 |
.021.0002 |
The nonignorable (NIG) selection model holds, and the ignorable (IG) selection model is fit. PM, PSD and W are the posterior mean, posterior standard deviation and width
of the 95% credible interval averaged over the 1000 simulations; C is the probability content of 95% credible interval, Abias is the average over the 1000 simulations of the
absolute deviations of the estimate from the true value. APMSE is the average over the1000 simulations of the square of the deviations of the posterior mean from the true
value plus posterior variance. Here the notation ab means that a is the average and b is the standard error. True p = .257, true p =.371 and true ? = .02, .20. |
