survivalMPL: Penalised Maximum Likelihood for Survival Analysis Models

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Estimate the regression coefficients and the baseline hazard of proportional hazard Cox models using maximum penalised likelihood. A 'non-parametric' smooth estimate of the baseline hazard function is provided.

Author
Dominique-Laurent Couturier, Jun Ma, Stephane Heritier.
Date of publication
2014-08-30 23:16:10
Maintainer
Dominique-Laurent Couturier <dlc48@medschl.cam.ac.uk>
License
LGPL (>= 2)
Version
0.1.1

View on CRAN

Man pages

coef.coxph_mpl
Extract coefficients of a coxph_mpl Object or of its...
coxph_mpl
Fit Cox Proportional Hazards Regression Model Via MPL
coxph_mpl.control
Ancillary arguments for controling coxph_mpl fits
coxph_mpl.object
MPL Proportional Hazards Regression Object
plot.coxph_mpl
Plot a coxph_mpl Object
predict.coxph_mpl
Predictions for a Cox model
residuals.coxph_mpl
Residuals for a Cox model
summary.coxph_mpl
Summarise a coxph_mpl Object
survivalMPL-package
Penalised Maximum Likelihood for Survival Analysis Models

Files in this package

survivalMPL
survivalMPL/src
survivalMPL/src/Makevars
survivalMPL/src/coxphfit4.c
survivalMPL/NAMESPACE
survivalMPL/R
survivalMPL/R/coxph.r
survivalMPL/MD5
survivalMPL/DESCRIPTION
survivalMPL/man
survivalMPL/man/residuals.coxph_mpl.Rd
survivalMPL/man/coxph_mpl.Rd
survivalMPL/man/plot.coxph_mpl.Rd
survivalMPL/man/summary.coxph_mpl.Rd
survivalMPL/man/predict.coxph_mpl.Rd
survivalMPL/man/coxph_mpl.object.Rd
survivalMPL/man/coxph_mpl.control.Rd
survivalMPL/man/coef.coxph_mpl.Rd
survivalMPL/man/survivalMPL-package.Rd