@@ -24,7 +24,8 @@ pdfplots <- FALSE # default: FALSE; set this to TRUE only if you like pdf figure
2424par(mgp = c(1.6, .6, 0), mar = c(2.6, 2.6, 2.6, .4), lwd = 1)
2525```
2626
27- # Section 8.1
27+ # Section 8.1.1: Probit Model
28+ ## Example 8.1: Labour Market Data
2829We illustrate probit regression analysis for the labor market data.
2930
3031``` {r}
@@ -243,7 +244,7 @@ plot(betas[,2], type="l", main = "", xlab = "", ylab = "")
243244acf(betas[,2])
244245```
245246
246- # Section 8.2
247+ # Section 8.1. 2
247248We now estimate a logistic regression model for the labor market data
248249using the two-block Polya-Gamma sampler.
249250
@@ -331,3 +332,24 @@ that there is not much difference.
331332``` {r}
332333knitr::kable(round(t(res_beta*pi/sqrt(3)),3))
333334```
335+
336+ # Section 8.2
337+ ## Example 8.3: Road Safety Data
338+
339+ #small model with intercept, intervention effect and holiday dummy (activated in
340+ #July/August)
341+ # large model with intercept, intervention effect, linear trend, seasonal pattern
342+ #with monthly dummies in
343+ # Study how the acceptance rate detoriates, if d increases. ADD
344+ We load the data and extract the observations for the children in
345+ Linz. Then we define the regressor matrix.
346+
347+ ``` {r}
348+ data("accidents", package = "BayesianLearningCode")
349+ y <- accidents[, "children_accidents"]
350+ N <- length(y)
351+
352+ intervention <- c(rep(0,7*12+9),rep(1,8*12+3))
353+ holiday <- rep(c(rep(0,6), rep(1,2), rep(0,4)),16)
354+ X <- cbind(rep(1,N),intervention, holiday)
355+ ```
0 commit comments