| Teratology - Alternative Binary Models | |
| Duration of Unemployment - Different Codings of Covariables | |
| Vaso Constriction - Logistic Regression | |
| Number of Children - Poisson Models with Polynomial Terms | |
| Encephalitis - Loglinear Poisson Model and Normal Distribution Model | |
| Insolvency - (Quasi-)Poisson Model and Negative Binomial Model | |
| Medical Care - Zero-Inflated and Zero-Hurdle-Model | |
| Birth Data - Loglinear Models | |
| Leukoplakia - Mosaic Plots | |
| Exposure to Dust - Logistic Regression and Search for Outliers | |
| Foodstamp - Residuals of Logistic Regression | |
| Duration of Unemployment - Logit Model | |
| Duration of Unemployment - Analysis of Deviance Table for Nested Models | |
| Addiction - Multinomial Model | |
| Addiction - Multinomial Model with Hierarchically Structured Response | |
| Preference for Political Parties - Multinomial Logit Model | |
| Party Preference - Star Plots | |
| Travel Mode - Multinomial Logit Model | |
| Birth Data - Bivariate Binary Regression | |
| Birth Data - Bivariate Binary GEE | |
| Knee Injuries - Marginal Models | |
| Arthritis - Cumulative Logit Model | |
| Knee Injuries - Proportional Odds Models | |
| Knee Injuries - Comparison of Link Functions | |
| Retinopathy - Testing Proportional Odds Assumption | |
| Retinopathy - Sequential Logit Models | |
| Medical Care - Comparison of different count data models | |
| AIDS - Semiparametric Mixed Model | |
| Beta-blockers - Discrete Mixture Models | |
| Knee Data - Random Effects Logit Models | |
| Knee Data - Sequential/Cumulative Random Effects Logit Models | |
| Knee Data - Discrete Mixture Model | |
| Addiction - Additive Multinomial Logit Models | |
| Number of Children - Partially Additive Model | |
| Exposure to Dust - Generalized Additive Models | |
| Duration of Unemployment - Cubic B-Splines | |
| Exposure to Dust - Trees | |
| Duration of Unemployment - Trees | |