Mô Hình Dữ Liệu Nhị Phân - Phiên Bản Thứ Hai

Trường đại học

The University of Reading

Chuyên ngành

Applied Statistics

Người đăng

Ẩn danh

Thể loại

textbook

2003

397
2
0

Phí lưu trữ

75 Point

Mục lục chi tiết

1. Introduction

1.2. The scope of this book

1.3. Use of statistical software

1.4. Further reading

2. Statistical inference for binary data

2.1. The binomial distribution

2.2. Inference about the success probability

2.3. Comparison of two proportions

2.4. Comparison of two or more proportions

2.5. Further reading

3. Models for binary and binomial data

3.3. Methods of estimation

3.4. Fitting linear models to binomial data

3.5. Models for binomial response data

3.6. The linear logistic model

3.7. Fitting the linear logistic model to binomial data

3.8. Goodness of fit of a linear logistic model

3.9. Comparing linear logistic models

3.10. Linear trend in proportions

3.11. Comparing stimulus-response relationships

3.12. Non-convergence and overfitting

3.13. Some other goodness of fit statistics

3.14. Strategy for model selection

3.15. Predicting a binary response probability

3.16. Further reading

4. Bioassay and some other applications

4.1. The tolerance distribution

4.2. Estimating an effective dose

4.5. Non-linear logistic regression models

4.6. Applications of the complementary log-log model

4.7. Further reading

5. Model checking

5.1. Definition of residuals

5.2. Checking the form of the linear predictor

5.3. Checking the adequacy of the link function

5.4. Identification of outlying observations

5.5. Identification of influential observations

5.6. Checking the assumption of a binomial distribution

5.7. Model checking for binary data

5.8. Summary and recommendations

5.9. Further reading

6. Overdispersion

6.1. Potential causes of overdispersion

6.2. Modelling variability in response probabilities

6.3. Modelling correlation between binary responses

6.4. Modelling overdispersed data

6.5. A model with a constant scale parameter

6.6. The beta-binomial model

6.8. Further reading

7. Modelling data from epidemiological studies

7.1. Basic designs for aetiological studies

7.2. Measures of association between disease and exposure

7.3. Confounding and interaction

7.4. The linear logistic model for data from cohort studies

7.5. Interpreting the parameters in a linear logistic model

7.6. The linear logistic model for data from case-control studies

7.7. Matched case-control studies

7.8. Further reading

8. Mixed models for binary data

8.1. Fixed and random effects

8.2. Mixed models for binary data

8.4. Mixed models for longitudinal data analysis

8.5. Mixed models in meta-analysis

8.6. Modelling overdispersion using mixed models

8.7. Further reading

9. Exact Methods

9.1. Comparison of two proportions using an exact test

9.2. Exact logistic regression for a single parameter

9.3. Exact hypothesis tests

9.4. Exact confidence limits for βk

9.5. Exact logistic regression for a set of parameters

9.8. Further Reading

10. Some additional topics

10.1. Ordered categorical data

10.2. Analysis of proportions and percentages

10.3. Analysis of rates

10.4. Analysis of binary time series

10.5. Modelling errors in the measurement of explanatory variables

10.6. Multivariate binary data

10.7. Analysis of binary data from cross-over trials

10.8. Experimental design

11. Computer software for modelling binary data

11.1. Statistical packages for modelling binary data

11.2. Interpretation of computer output

11.3. Using packages to perform some non-standard analyses

11.4. Further reading

Preface to the second edition

Preface to the first edition

Appendix A Values of logit(p) and probit(p)

Appendix B Some derivations

Appendix C Additional data sets

References

Index of examples

Index