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Dynamic Regression Models for Survival Data

Dynamic Regression Models for Survival Data

Torben Martinussen, Thomas H. Scheike

 

Verlag Springer-Verlag, 2007

ISBN 9780387339603 , 470 Seiten

Format PDF

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Preface

7

Contents

10

Introduction

13

1.1 Survival data

13

1.2 Longitudinal data

26

Probabilistic background

29

2.1 Preliminaries

29

2.2 Martingales

32

2.3 Counting processes

35

2.4 Marked point processes

42

2.5 Large-sample results

46

2.6 Exercises

56

Estimation for filtered counting process data

61

3.1 Filtered counting process data

61

3.2 Likelihood constructions

74

3.3 Estimating equations

82

3.4 Exercises

86

Nonparametric procedures for survival data

92

4.1 The Kaplan-Meier estimator

92

4.2 Hypothesis testing

97

4.3 Exercises

106

Additive Hazards Models

113

5.1 Additive hazards models

118

5.2 Inference for additive hazards models

126

5.3 Semiparametric additive hazards models

136

5.4 Inference for the semiparametric hazards model

145

5.5 Estimating the survival function

156

5.6 Additive rate models

159

5.7 Goodness-of-fit procedures

161

5.8 Example

169

5.9 Exercises

175

Multiplicative hazards models

184

6.1 The Cox model

190

6.2 Goodness-of-fit procedures for the Cox model

202

6.3 Extended Cox model with time-varying regression effects

214

6.4 Inference for the extended Cox model

222

6.5 A semiparametric multiplicative hazards model

227

6.6 Inference for the semiparametric multiplicative model

233

6.7 Estimating the survival function

235

6.8 Multiplicative rate models

236

6.9 Goodness-of-fit procedures

237

6.10 Examples

243

6.11 Exercises

249

Multiplicative-Additive hazards models

257

7.1 The Cox-Aalen hazards model

259

7.2 Proportional excess hazards model

281

7.3 Exercises

298

Accelerated failure time and transformation models

301

8.1 The accelerated failure time model

302

8.2 The semiparametric transformation model

306

8.3 Exercises

317

Clustered failure time data

320

9.1 Marginal regression models for clustered failure time data

321

9.2 Frailty models

341

9.3 Exercises

345

Competing Risks Model

353

10.1 Product limit estimator

357

10.2 Cause specific hazards modeling

362

10.3 Subdistribution approach

367

10.4 Exercises

376

Marked point process models

380

11.1 Nonparametric additive model for longitudinal data

385

11.2 Semiparametric additive model for longitudinal data

394

11.3 Efficient estimation

398

11.4 Marginal models

402

11.5 Exercises

413

Khmaladze’s transformation

415

Matrix derivatives

418

The Timereg survival package for R

419

Bibliography

454

Index

468