Split Knockoffs for Structural Sparsity

Split Knockoff is a data adaptive variable selection framework for controlling the (directional) false discovery rate (FDR) in structural sparsity, where variable selection on linear transformation of parameters is of concern. This proposed scheme relaxes the linear subspace constraint to its neighborhood, often known as variable splitting in optimization. Simulation experiments can be reproduced following the Vignette. 'Split Knockoffs' is first defined in Cao et al. (2021) .


Reference manual

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install.packages("SplitKnockoff")

2.1 by Yuxuan Chen, 2 years ago


Browse source code at https://github.com/cran/SplitKnockoff


Authors: Yuxuan Chen [aut, cre] (Development of the latest version of the packages) , Haoxue Wang [aut] (Development of the first version of the packages) , Yang Cao [aut] (Revison of this package) , Xinwei Sun [aut] (Original ideas about the package) , Yuan Yao [aut] (Testing for the package and management of the development)


Documentation:   PDF Manual  


MIT + file LICENSE license


Imports glmnet, MASS, latex2exp, RSpectra, ggplot2, Matrix, stats, mvtnorm

Suggests knitr, rmarkdown


See at CRAN