Survival and Event History Analysis

ISBN-13: 9780470058060 / Angielski / Twarda / 2006 / 550 str.

Per Kragh Andersen; Niels Keiding

Opis

A unique and invaluable reference resource for those working in survival analysis.

Survival analysis is concerned with studying the time between entry to a study and a subsequent event. Originally the analysis was concerned with time from treatment until death, hence the name, but survival analysis is applicable to many areas in addition to mortality, such as recidivism or the efficacy of drugs. The techniques can also be used in engineering and quality control (e.g. how long is a particular component likely to last?).

Arranged in an A-Z format, Survival and Event History Analysis edited by Niels Keiding and Per Kragh Andersen contains 96 articles written by over 60 distinguished authors. The articles are taken from the Encyclopedia of Biostatistics, 2nd Edition.

This book gives the reader a thorough grounding in the subject area and the extensive references at the end of each article provide a comprehensive source of information for further information in more depth.

Recenzje

"This volume is recommended to libraries, a welcome addition " ( Technometrics, August 2007)

Spis treści

List of Contributors. Series Preface. Preface. List of Abbreviations and Acronyms. Aalen–Johansen Estimator. Aalen′s Additive Regression Model. Accelerated Failure–time Models. Actuarial Methods. Additive Hazard Models. Additive–Multiplicative Intensity Models. Aging Models. Age–of–onset Estimation. Age–Period–Cohort Analysis. Bayesian Approaches to Cure Rate Models. Bayesian Model Selection in Survival Analysis. Bayesian Survival Analysis. Bootstrapping in Survival Analysis. Case–Cohort Study. Case–Control Study, Nested. Censored Data. Coarsening at Random. Competing Risks. Compliance and Survival Analysis. Copula. Counting Process Methods in Survival Analysis. Cox Regression Model. Cure Models. Delayed Entry. Discrete Survival–time models. Duration Dependence. Event History Analysis. Excess Mortality. Expected Number of Deaths. Expected Survival Curve. Explained Variation Measures in Survival Analysis. Exponential Distribution. Frailty. Ghosts. Goodness of Fit in Survival Analysis. Grenander Estimators. Grouped Survival Times. Hazard Models Based on First–passage Time Distributions. Hazard Plotting. Hazard Ratio Estimator. Historical Controls in Survival Analysis. Incidence–Prevalence Relationships. Influence Function in Survival Analysis. Interim Analysis of Censored Data. Interval Censoring. Inverse Probability Weighting in Survival Analysis. Joint Modeling of Longitudinal and Event Time Data. Kaplan–Meier Estimator. Kolmogorov–Smirnov and Cramer–Von Mises Tests in Survival Analysis. Length Bias. Lexis Diagram. Life Table. Linear Rank Tests in Survival Analysis. Logrank Test. Marginal Models for Multivariate Survival Data. Marker Processes. Measurement Error in Survival Analysis. Median Survival Time. Multivariate Survival Analysis. Nelson–Aalen Estimator. Nonparametric Maximum Likelihood. Parametric Models in Survival Analysis. Pareto Distribution. Partial Likelihood. Phase–type Distributions in Survival Analysis. Poisson Regression in Epidemiology. Product–integration. Prognostic Factors for Survival . Proportional Hazards, Overview. Proportional–odds Regression. Quality of life and Survival Analysis. Rank Regression. Real Time Approach in Survival Analysis. Relative Risk Modeling. Repeated Events. Residuals for Survival Analysis. Risk Set. Sample Size Determination in Survival Analysis. Semiparametric Regression. Smoothing Hazard Rates. Staggered Entry. Standardization Methods. Structural Nested Failure Time Models. Surrogate Endpoints. Survival Analysis, Overview . Survival Analysis, Software. Survival Distributions and Their Characteristics. Tied Survival Times . Time Origin, Choice of. Time to Pregnancy. Time–dependent Covariate. Total Time on Test. Truncated Survival Times. Turnbull Estimator. Type–specific Covariates in Survival Analysis. Weibull Distribution. Author Index. Subject Index.

O autorze

Niels Keiding and Per Andersen were Section Editors in Survival Analysis for both editions of the Encyclopedia of Biostatistics. They are extremely well known in their field and have written extensively, both books and research papers.

They are based at the University of Copenhagen, and are both are on the advisory board for the journal Statistics in Medicine.