Confidence interval estimation by bootstrap methods, for the simul...Table 2.5 Confidence interval estimation by bootstrap methods, for the simul...Table 2.6 Simulation results for Example 2.2.3: Monte Carlo variance of the ...Table 2.7 Example 2.2.4. Analytical calculations for the asymptotic efficien...
3 Chapter 3Table 3.1 (Simulated scenarios I and II, Example 3.3.3). Optimal bandwidths ...Table 3.2 (Simulated scenario I with
, Example 3.4.1). Median, interquartile...Table 3.3 (Simulated scenario I with
, Example 3.4.1). Median, interquartile ran...Table 3.4 (Simulated scenario II with
, Example 3.4.1). Median, interquartile ra...Table 3.5 (Simulated scenario II with
, Example 3.4.1). Median, interquartil...Table 3.6 (Simulated scenarios I and II with several widths
for the samplin...
4 Chapter 4Table 4.1 (RD and RC models, Example 4.2.3). Results corresponding to the pr...Table 4.2 (Parkinson's Disease Data, Example 4.2.4). Results of the proporti...Table 4.3 (RD and RC models with simulated scenario II, Example 4.3.1). Resu...Table 4.4 (RD and RC models with simulated scenario II, Example 4.3.1). Resu...Table 4.5 (AIDS Blood Transfusion Data, Example 4.3.2.) Results of the semip...
5 Chapter 5Table 5.1 Example 5.1.1. Performance of the Mann–Whitney test for
for the s...Table 5.2 Example 5.1.2. Performance of the Mann–Whitney test for
for the s...Table 5.3 Childhood Cancer Data. Number of cases (and %) and mean (and SD) f...Table 5.4 (Simulated competing risks data, Example 5.2.5). Bias, standard de...Table 5.5 Simulation results for the conditional Kendall's Tau in models a) ...Table 5.6 (AIDS Blood Transfusion Data and Childhood Cancer Data, Example 5....
List of Illustrations
1 Chapter 2Figure 2.1 (Parkinson's Disease Data, Example 2.1.8). NPMLE for the cdf of t...Figure 2.2 (Parkinson's Disease Data, Example 2.1.8). Estimated sampling pro...Figure 2.3 (Parkinson's Disease Data, Example 2.1.8). NPMLE for the cdf of t...Figure 2.4 (Simulated scenario I: no sampling bias for
. Example 2.1.11). L...Figure 2.5 (Simulated scenario I: no sampling bias for
, Example 2.1.13). L...Figure 2.6 (Simulated scenario I: no sampling bias for
, Example 2.1.13). L...Figure 2.7 (Simulated scenario II: sampling bias for
, Example 2.1.14). Lef...Figure 2.8 (Simulated scenario II: sampling bias for
, Example 2.1.14). Est...Figure 2.9 (Equipment‐S Rounded Failure Time Data, Example 2.1.15). Left plo...Figure 2.10 (Simulated scenario II with rounding, Example 2.1.16). Left: NPM...Figure 2.11 (Parkinson's Disease Data, Example 2.1.22). Pointwise confidence...Figure 2.12 (Equipment‐S Rounded Failure Time Data, Example 2.1.23). Histogr...Figure 2.13 Left plot: NPMLE of
for the Childhood Cancer Data in Section 1...Figure 2.14 (Example 2.2.3). Left: members of the parametric family of trunc...Figure 2.15 (Parkinson's Disease Data, Example 2.2.6). Left plot: pdf of the...Figure 2.16 (Parkinson's Disease Data, Example 2.2.6). Left plot: NPMLE of
Figure 2.17 (Parkinson's Disease Data, Example 2.2.6). Left plot: pdf of the...Figure 2.18 (Parkinson's Disease Data, Example 2.2.6). Left plot: NPMLE of
Figure 2.19 (Parkinson's Disease Data, Example 2.2.8). Left plot: log‐normal...Figure 2.20 (Parkinson's Disease Data, Example 2.2.8). Left plot: log‐normal...
2 Chapter 3Figure 3.1 (Childhood Cancer Data, Example 3.2.1). Left plot: nonparametric ...Figure 3.2 (Childhood Cancer Data, Example 3.3.4). Nonparametric (black line...Figure 3.3 (AIDS Blood Transfusion Data, Example 3.3.5). Nonparametric (blac...Figure 3.4 (AIDS Blood Transfusion Data, Example 3.3.5). Left plot: nonparam...Figure 3.5 (Simulated scenario I, Example 3.4.1). Density estimates of
for...Figure 3.6 (Simulated scenario II, Example 3.4.1). Density estimates of
fo...Figure 3.7 (Quasar Data, Example 3.4.2). Left plot: sampling bias for the qu...Figure 3.8 (AIDS Blood Transfusion Data, Example 3.4.3). Left plot: nonparam...Figure 3.9 (Childhood Cancer Data from Example 3.5.1 and AIDS Blood Transfus...Figure 3.10 (Simulated scenarios I and II, Example 3.6.3). True biasing func...Figure 3.11 (AIDS Blood Transfusion Data, Example 3.6.4). Kernel hazard esti...Figure 3.12 (Acute Coronary Syndrome Data, Example 3.6.5). Kernel hazard est...Figure 3.13 (Acute Coronary Syndrome Data, Example 3.6.5). Biasing function ...
3 Chapter 4Figure 4.1 Conditional cdfs
and
in model RD (dashed lines), and ordinary...Figure 4.2 Regression line for the transformed response
in model RC (dashe...Figure 4.3 (Parkinson's Disease Data, Example 4.1.1). Conditional cdfs for t...Figure 4.4 (AIDS Blood Transfusion Data, Example 4.1.4). Consistent estimati...Figure 4.5 (RD and RC model with simulated scenario II, Example 4.3.1). Left...Figure 4.6 (AIDS Blood Transfusion Data, Example 4.3.2). Ordinary least squa...Figure 4.7 (AIDS Blood Transfusion Data. Example 4.4.2). Nonparametric regre...
4 Chapter 5Figure 5.1 Density functions for the two groups in Example 5.1.2, based on t...Figure 5.2 (AIDS Blood Transfusion Data, Example 5.1.3). Left plot: NPMLE of...Figure 5.3 (AIDS Blood Transfusion Data, Example 5.1.3). Empirical survival ...Figure 5.4 (Childhood Cancer Data, Example 5.2.4). Left plot: sampling proba...Figure 5.5 (Simulated competing risks data, Example 5.2.5). Left plot: true ...Figure 5.6 (Simulated competing risks data, Example 5.2.5). Left plot: boxpl...Figure 5.7 (Simulated competing risks data, Example 5.2.5). Left plot: boxpl...Figure 5.8 (Childhood Cancer Data, Example 5.2.6). Conditional cumulative in...Figure 5.9 Histograms for the conditional Kendall's Tau, corresponding to 10...Figure 5.10 Scatterplot of
observations
simulated from the Clayton copul...Figure 5.11 Scatterplot of
observations
simulated from the Clayton copul...Figure 5.12 (Simulated scenario I with dependent truncation, Example 5.4.2)....Figure 5.13 (AIDS Blood Transfusion Data
Confidence interval estimation by bootstrap methods, for the simul...Table 2.5 Confidence interval estimation by bootstrap methods, for the simul...Table 2.6 Simulation results for Example 2.2.3: Monte Carlo variance of the ...Table 2.7 Example 2.2.4. Analytical calculations for the asymptotic efficien...
