intccr3.0.4 package

Semiparametric Competing Risks Regression under Interval Censoring

vcov.summary.ciregic

Variance-covariance matrix of summary.ciregic

vcov.summary.ciregic_aipw

Variance-covariance matrix of summary.ciregic_aipw

vcov.summary.ciregic_lt

Variance-covariance matrix of summary.ciregic_lt

waldtest

Wald test for ciregic and ciregic_lt

bs.derivs

Derivative of B-spline

bssmle

B-spline Sieve Maximum Likelihood Estimation

bssmle_aipw

B-spline Sieve Maximum Likelihood Estimation for Interval-Censored Com...

bssmle_lse

Least-Squares Estimator of the Information Matrix

bssmle_lse_lt

Least-Squares Estimator of the Information Matrix

bssmle_lt

B-spline Sieve Maximum Likelihood Estimation for Left-Truncated and In...

bssmle_se

Bootstrap varince-covariance estimation

bssmle_se_aipw

Bootstrap varince-covariance estimation for interval-censored competin...

ciregic

Competing Risks Regression with Interval-Censored Data

ciregic_aipw

Competing Risks Regression with Interval-Censored Data and Missing Cau...

ciregic_lt

Competing Risks Regression with Left-truncated and Interval-Censored D...

dataprep

Data manipulation

dataprep_lt

Data preparation

dbs

Derivative of B-spline

naive_b

Initial values for the sieve maximum likelihood estimation

predict.ciregic

Covariate-Specific Cumulative Incidence Prediction

predict.ciregic_aipw

Covariate-Specific Cumulative Incidence Prediction

predict.ciregic_lt

Covariate-Specific Cumulative Incidence Prediction

predict.dbs

Prediction of derivative of B-spline

summary.ciregic

Summary of ciregic

summary.ciregic_aipw

Summary of ciregic_aipw

summary.ciregic_lt

Summary of ciregic_lt

Surv2

Creating data frame

vcov.ciregic

Variance-covariance matrix of ciregic

vcov.ciregic_aipw

Variance-covariance matrix of ciregic_aipw

vcov.ciregic_lt

Variance-covariance matrix of ciregic_lt

Semiparametric regression models on the cumulative incidence function for interval-censored competing risks data as described in Bakoyannis, Yu, & Yiannoutsos (2017) /doi{10.1002/sim.7350} and the models with missing event types as described in Park, Bakoyannis, Zhang, & Yiannoutsos (2021) \doi{10.1093/biostatistics/kxaa052}. The proportional subdistribution hazards model (Fine-Gray model), the proportional odds model, and other models that belong to the class of semiparametric generalized odds rate transformation models.

  • Maintainer: Jun Park
  • License: GPL (>= 2)
  • Last published: 2022-05-10