RobustAFT: Truncated Maximum Likelihood Fit and Robust Accelerated Failure Time Regression for Gaussian and Log-Weibull Case
Version 1.4-1

R functions for the computation of the truncated maximum likelihood and the robust accelerated failure time regression for gaussian and log-Weibull case.

AuthorAlfio Marazzi <Alfio.Marazzi@chuv.ch>, Jean-Luc Muralti
Date of publication2015-12-08 13:02:37
MaintainerA. Randriamiharisoa <Alex.Randriamiharisoa@chuv.ch>
LicenseGPL (>= 2)
Version1.4-1
Package repositoryView on CRAN
InstallationInstall the latest version of this package by entering the following in R:
install.packages("RobustAFT")

Popular man pages

D243: Sample of 100 hospital stays for medical back problems
plot.TML: Plot Method for "TML" objects
summary.TML: Summarizing Truncated Maximum Likelihood regression
TML.censored.control.ref: Control parameters for the refinement IRLS algorithm of the...
TML.censored.control.S: Control parameters for the computation of the initial S...
TML.censored.control.tml: Control parameters for the IRLS algorithm of the final...
TML.noncensored.control: Control Parameters for Truncated Maximum Likelihood...
See all...

All man pages Function index File listing

Man pages

D243: Sample of 100 hospital stays for medical back problems
fits.compare: Numerical comparison of several fits
MCI: Sample of 75 Hospital Stays
plot.fits.compare: Plot Method for "fits.compare" objects
plot.TML: Plot Method for "TML" objects
predict.TML: Predict method for "TML" objects
RobustAFT-internal: Internal
RobustAFT.package: Robust Accelerated Failure Time Model Fitting
summary.TML: Summarizing Truncated Maximum Likelihood regression
TML1.noncensored: Truncated Maximum Likelihood Estimates of Location and Scale
TML1.noncensored.control: Control Parameters forTruncated Maximum Likelihood Estimation...
TML1.noncensored.control.S: Control parameters for S-estimate of location and scale
TML.censored: Truncated Maximum Likelihood Regression With Censored...
TML.censored.control.ref: Control parameters for the refinement IRLS algorithm of the...
TML.censored.control.S: Control parameters for the computation of the initial S...
TML.censored.control.tml: Control parameters for the IRLS algorithm of the final...
TML.noncensored: Truncated Maximum Likelihood Regression Without Censored...
TML.noncensored.control: Control Parameters for Truncated Maximum Likelihood...
Z243: Sample of 100 hospital stays for medical back problems

Functions

BtamatG Source code
BtamatW Source code
CandidateG Source code
CandidateW Source code
ChiSG Source code
ChiSN Source code
ChiSw Source code
Chidlweibul Source code
Chidnorm Source code
Cov.Gauss Source code
Cov.LogW Source code
CutoffN Source code
CutoffW Source code
CutofrN Source code
D243 Man page
IChidlweibul Source code
IChidnorm Source code
IPsidnorm Source code
Izero Source code
MCI Man page
Nrm2 Man page Source code
PsiSG Source code
PsiSN Source code
PsiSw Source code
Psidnorm Source code
PspSG Source code
PspSN Source code
PspSw Source code
QMatrix.G Source code
QMatrix.W Source code
RappN Source code
RappW Source code
RefAve2G Source code
RefAve2W Source code
RefBetaG Source code
RefBetaW Source code
RefSG Source code
RefSW Source code
RefSigmaG Source code
RefSigmaW Source code
ResExpG Source code
ResExpW Source code
RobustAFT Man page
S.eq.Gauss Man page Source code
S.eq.logW Source code
SparamG.S Source code
SparamW.S Source code
TML.Ave2G Source code
TML.Ave2W Source code
TML.BetaG Source code
TML.BetaW Source code
TML.SigmaG Source code
TML.SigmaW Source code
TML.censored Man page Source code
TML.censored.control.S Man page Source code
TML.censored.control.ref Man page Source code
TML.censored.control.tml Man page Source code
TML.gauss Man page
TML.noncensored Man page Source code
TML.noncensored.control Man page Source code
TML1.noncensored Man page
TML1.noncensored.control Man page Source code
TML1.noncensored.control.S Man page Source code
TMLG Source code
TMLW Source code
TMLeqn2W Source code
TMLjac11.G Source code
TMLjac11.W Source code
TMLjac12.G Source code
TMLjac12.W Source code
TMLjac21.G Source code
TMLjac21.W Source code
TMLjac22.G Source code
TMLjac22.W Source code
Z243 Man page
coef.TML Man page Source code
dFvGet Source code
dFvPut Source code
dFvSet Source code
dfcomn2 Source code
dlweibul Source code
ezez Source code
fits.compare Man page Source code
intg0 Source code
intg0.TMLW Source code
intg1.TMLW Source code
intg2 Source code
intg2.TMLW Source code
intw0 Source code
intw1 Source code
intxlwbl Source code
plot.TML Man page Source code
plot.fits.compare Man page Source code
plweibul Source code
predict.TML Man page Source code
print.TML Man page Source code
print.fits.compare Man page Source code
print.summary.TML Man page Source code
ps0 Source code
ps0W Source code
ps1 Source code
ps1W Source code
psp0W Source code
psp1W Source code
regfal Source code
s.eq.Gauss Man page Source code
s.eq.logW Source code
scale.estimate Source code
scale.estimate.lm Source code
summary.TML Man page Source code
tutl Source code
uf0 Source code
uf0w Source code
vcov.TML Man page Source code
ww Source code
xlwbl Source code
zez Source code

Files

src
src/robcom.f
src/tmlest.f
src/robaft.f
NAMESPACE
data
data/MCI.rda
data/Z243.rda
data/D243.rda
R
R/print.summary.TML.R
R/CutofrN.r
R/CovE.n1.R
R/Chiphi.w.R
R/rho.weight.R
R/TMLjac11.G.r
R/E0vect.n.R
R/chi.weight.R
R/TML.BetaW.r
R/RefAve2G.r
R/ps0.r
R/TML.noncensored.control.R
R/Q1mat.n.R
R/E1vect.n.R
R/MLnp.R
R/s1s2phi.w.R
R/Cov.Gauss.r
R/s2pzphi.w.R
R/comval.R
R/CandidateG.r
R/s1pzphi.w.R
R/CutoffW.r
R/xlwbl.r
R/Scalew.R
R/Chipzphi.R
R/s1chiphi.w.R
R/dfcomn.R
R/RefSigmaG.r
R/intg0.r
R/TML.censored.R
R/E.Smat.R
R/rhow.R
R/MM.E.null.R
R/liepsu.R
R/s1psiphi.n.R
R/TML.noncensored.R
R/intw0.r
R/psi.weight.R
R/invM2.w.R
R/Psizphi.n.R
R/Q3sca.n.R
R/SparamG.S.r
R/to.double.R
R/TMLjac22.G.r
R/psi.R
R/invM2.n.R
R/RefBetaG.r
R/s1phi.w.R
R/E0vect.R
R/rysigm.R
R/Pspphi.w.R
R/F0w.R
R/E2vect.R
R/Chiphi.n.R
R/TML.gauss.R
R/E1vect.R
R/ChiSN.r
R/RefAve2W.r
R/QMatrix.G.r
R/predict.TML.r
R/psp_1.R
R/tutl.R
R/TML.logweibull.R
R/intw1.r
R/MM.E.gauss.R
R/E0.vect.R
R/summary.TML.R
R/messagena.R
R/IChidlweibul.r
R/E0.vect.n.R
R/psp0W.r
R/tPsiw.R
R/ps1W.r
R/to.integer.R
R/CutoffN.r
R/TML.SigmaW.r
R/s.estim.R
R/Psizphi.w.R
R/Q3sca.R
R/psp.R
R/to.single.R
R/coef.TML.r
R/s1psiphi.w.R
R/RefSigmaW.r
R/TML1.noncensored.R
R/s2s2phi.w.R
R/ps0W.r
R/Fxdv.R
R/MLn1.R
R/BtamatG.r
R/ezez.R
R/invM2.w1.R
R/intg1.TMLW.r
R/PsiSG.r
R/tPsin.R
R/TMLjac21.G.r
R/dfvals.R
R/print.fits.compare.R
R/pezez.R
R/TMLjac22.W.R
R/Cov2.w1.R
R/E2vect.n.R
R/Beta.n.R
R/RefSW.r
R/Psidnorm.r
R/Cov2.n1.R
R/psp1W.r
R/TML.censored.control.tml.R
R/psp.weight.R
R/BtamatW.r
R/TML.Ave2W.r
R/to.character.R
R/vcov.TML.r
R/scale.estimate.R
R/Nrm2.r
R/PsiSw.r
R/uf0w.R
R/Chi2phi.R
R/adaptn.R
R/TML.SigmaG.r
R/Chidlweibul.r
R/RefSG.r
R/chi_1.R
R/ps1.r
R/plot.fits.compare.R
R/Beta.w.R
R/MLw1.R
R/TMLjac12.W.r
R/fits.compare.R
R/Qn.R
R/Discr.R
R/s2chiphi.w.R
R/Q2vect.n.R
R/ww.r
R/Qmatrix.W.r
R/TML.BetaG.r
R/TML1.control.R
R/rywalg.R
R/Q1mat.R
R/s2chiphi.n.R
R/Chidnorm.r
R/TML1.noncensored.control.S.R
R/CovE.n.R
R/print.TML.R
R/intg0.TMLW.r
R/PsiSN.r
R/s1s1phi.w.R
R/Pspzphi.w.R
R/Psiphi.w.R
R/RefBetaW.r
R/TMLjac11.W.r
R/MLwp.R
R/TML.Ave2G.r
R/intg2.TMLW.r
R/RappW.r
R/s2phi.n.R
R/TMLjac21.W.r
R/Izero.R
R/intmew.R
R/E.Smat.n.R
R/plweibul.r
R/psi_1.R
R/RappN.r
R/invM2.n1.R
R/SparamW.S.r
R/s.eq.Gauss.R
R/rho_1.R
R/ChiSG.r
R/scale.estimate.lm.R
R/Scalen.R
R/ResExpG.r
R/hysest.R
R/PspSN.r
R/Cov2.n.R
R/ChiSw.r
R/s2phi.w.R
R/AveS2Pw.R
R/CovE.w1.R
R/dlweibul.r
R/TMLeqn2W.r
R/Q2vect.R
R/F0w.s.R
R/plot.TML.R
R/tChiww.R
R/TML.censored.control.ref.R
R/zez.R
R/rho.R
R/Nwtv.R
R/s2psiphi.w.R
R/Cov.LogW.R
R/dfcomn2.R
R/TML.censored.control.S.R
R/CovE.w.R
R/s2pphi.w.R
R/TMLG.r
R/s2s2phi.n.R
R/adaptw.R
R/AveS21w.R
R/PspSG.r
R/s1pphi.w.R
R/Cov2.w.R
R/s1s1phi.n.R
R/CandidateW.r
R/IPsidnorm.r
R/AveS20w.R
R/regfal.r
R/ResExpW.r
R/Chiphi.R
R/AV.MM.gauss.R
R/PspSw.r
R/intg2.r
R/tChiw.R
R/TMLW.r
R/Pspphi.n.R
R/uf0.r
R/TMLjac12.G.r
R/s.eq.logW.R
R/TML1.noncensored.control.R
R/IChidnorm.r
R/lywalg.R
R/chi.R
R/intxlwbl.r
MD5
DESCRIPTION
man
man/D243.Rd
man/summary.TML.rd
man/TML.censored.rd
man/TML1.noncensored.Rd
man/TML1.noncensored.control.rd
man/plot.TML.rd
man/TML1.noncensored.control.S.Rd
man/TML.censored.control.ref.rd
man/TML.noncensored.control.rd
man/TML.censored.control.S.rd
man/TML.censored.control.tml.rd
man/plot.fits.compare.rd
man/TML.noncensored.rd
man/RobustAFT.package.Rd
man/predict.TML.rd
man/MCI.rd
man/fits.compare.rd
man/RobustAFT-internal.Rd
man/Z243.Rd
RobustAFT documentation built on May 19, 2017, 11:15 a.m.

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