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A. Gross, R. Elandt-Johnson, N. Johnson (1982)
Survival Models and Data AnalysisBioScience
G. Ghilagaber (1995)
Similarities among some hazard-rate and duration models for grouped and continuous life-time data with covariates : an exploration and application to modeling correlates of marital dissolution.
W. Narendranathan, M. Stewart (1993)
Modelling the Probability of Leaving Unemployment: Competing Risks Models with Flexible Base‐Line HazardsApplied statistics, 42
P. Cooper, H. David, M. Moeschlberger (1979)
The Theory of Competing Risks., 142
A. Yashin, K. Manton, E. Stallard (1986)
Dependent competing risks: a stochastic process modelJournal of Mathematical Biology, 24
J. Osborn (1975)
A Multiplicative Model for the Analysis of Vital Statistics RatesApplied statistics, 24
D. Cox (1972)
Regression models and life tables (with discussion
W. Narendranathan, M. B. Stewart (1991)
Simple methods for testing for the proportionality of cause-specific hazards in competing risks modelsOxford Bulletin of Economics and Statistics, 53
N. Breslow, N. Day (1975)
Indirect standardization and multiplicative models for rates, with reference to the age adjustment of cancer incidence and relative frequency data.Journal of chronic diseases, 28 5-6
W. Narendranathan, M. Stewart (1993)
Modelling the Probability of Leaving Unemployment: Competing Risks Models with Flexible Baseline Hazards
S. Martinelle (1993)
RocaNova: A program for Intensity Regression-Version 1.0
G. Ghilagaber (1993)
Family Initiation Among Swedish Males born 1936-1964: : The Choice between Marriage and Cohabitation
R. Tibshirani, A. Ciampi (1983)
A family of proportional- and additive-hazards models for survival data.Biometrics, 39 1
J. Robertson, V. Uppuluri (1984)
A Generalized Kaplan-Meier EstimatorAnnals of Statistics, 12
D. S. Hachen (1988)
The competing risks model: A method for analysing processes with multiple types of eventsSociological Methods and Research, 17
A. Sørensen (1983)
Women's employment patterns after marriage.Journal of Marriage and Family, 45
Aaron Han, J. Hausman (1990)
Flexible parametric estimation of duration and competing risk modelsJournal of Applied Econometrics, 5
J. Lindsey (1995)
Fitting Parametric Counting Processes by using Log-linear ModelsApplied statistics, 44
E. Nour (1981)
Multiple Decrement Analysis with Dependent RisksBiometrical Journal, 23
S. Walter, T. Holford (1978)
Additive, multiplicative, and other models for disease risks.American journal of epidemiology, 108 5
J. León, J. Potter (1989)
Modelling the inverse association between breastfeeding and contraceptive use.Population Studies-a Journal of Demography, 43
E. Slud, D. Byar (1988)
How dependent causes of death can make risk factors appear protective.Biometrics, 44 1
A. C. Liefbroer (1991)
The choice between married and unmarried first union by young adults: A competing risk analysisEuropean Journal of Population, 7
Buckley Jd (1984)
Additive and multiplicative models for relative survival rates.Biometrics, 40
E. Kaplan, P. Meier (1958)
Nonparametric Estimation from Incomplete ObservationsJournal of the American Statistical Association, 53
A. Liefbroer (1991)
The choice between a married or unmarried first union by young adultsEuropean Journal of Population / Revue européenne de Démographie, 7
G. Ghilagaber (1995)
A competing-risks analysis of the choice between marriage and cohabitation : experience of Swedish men born in 1936-1964
E. Slud, L. Rubinstein (1983)
Dependent competing risks and summary survival curvesBiometrika, 70
K. Carling, T. Jacobson (1995)
Modeling unemployment duration in a dependent competing risks framework: Identification and estimationLifetime Data Analysis, 1
David Hachen (1988)
The Competing Risks ModelSociological Methods & Research, 17
M. Larson (1984)
Covariate analysis of competing-risks data with log-linear models.Biometrics, 40 2
R. Prentice, J. Kalbfleisch, A. Peterson, N. Flournoy, V. Farewell, N. Breslow (1978)
The analysis of failure times in the presence of competing risks.Biometrics, 34 4
G. Ghilagaber (1993)
The relationship between premarital cohabitation and subsequent marital stability: : Evidence for Swedish men born in 1936-1960.
L. Johansson (1991)
Demografiska rapporter
T. Holford (1980)
The analysis of rates and of survivorship using log-linear models.Biometrics, 36 2
J. Hoem, A. Ahlbom (1987)
Statistical analysis of a multiplicative model and its application to the standardization of vital ratesInternational Statistical Review, 55
D. Hosmer, S. Lemeshow (1991)
Applied Logistic Regression
N. Laird, D. Olivier (1981)
Covariance Analysis of Censored Survival Data Using Log-Linear Analysis TechniquesJournal of the American Statistical Association, 76
Lagakos Sw (1979)
General right censoring and its impact on the analysis of survival data.Biometrics, 35
D. Cox (1972)
Regression Models and Life-TablesJournal of the royal statistical society series b-methodological, 34
J. Klein, M. Moeschberger (1987)
Independent or dependent competing risks: does it make a differenceCommunications in Statistics - Simulation and Computation, 16
P. Allison (1984)
Event History Analysis : Regression for Longitudinal Event Data
D. R. Cox (1975)
Partial likelihoodBiometrika, 62
J. P. Klein, M. L. Moeschberger (1984)
Asymptotic bias of the product limit estimator under dependent competing risksJournal of the Indian Association for Productivity, Quality, and Reliability, 9
J. K. Lindsey (1975)
A comparision of additive and multiplicative models for qualitative dataQuality and Quantity, 9
J. Teachman (1983)
Analyzing social processes: Life tables and proportional hazards modelsSocial Science Research, 12
The purpose of the paper is to compare results of estimation and inference concerning covariate effects as obtained from two approaches to the analysis of survival data with multiple causes of failure. The first approach involves a dynamic model for the cause-specific hazard rate. The second is based on a static logistic regression model for the conditional probability of having had an event of interest. The influence of sociodemographic characteristics on the rate of family initiation and, more importantly, on the choice between marriage and cohabitation as a first union, is examined. We found that results, generally, are similar across the methods considered. Some issues in relation to censoring mechanisms and independence among causes of failure are discussed.
Quality & Quantity – Springer Journals
Published: Oct 6, 2004
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