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SurvivalClusteringTree (version 1.1.3)

Clustering Analysis Using Survival Tree and Forest Algorithms

Description

An outcome-guided algorithm is developed to identify clusters of samples with similar characteristics and survival rate. The algorithm first builds a random forest and then defines distances between samples based on the fitted random forest. Given the distances, we can apply hierarchical clustering algorithms to define clusters. Details about this method is described in .

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Version

Install

install.packages('SurvivalClusteringTree')

Monthly Downloads

130

Version

1.1.3

License

GPL (>= 2)

Maintainer

Lu You

Last Published

February 25th, 2026

Functions in SurvivalClusteringTree (1.1.3)

predict_distance_forest_matrix

Predict Distances Between Samples Based on a Survival Forest Fit (Data Supplied as Matrices)
predict_distance_tree_matrix

Predict Distances Between Samples Based on a Survival Tree Fit (Data Supplied as Matrices)
survival_forest

Build a Survival Forest (Data Supplied as a Dataframe)
survival_forest_matrix

Build a Survival Forest (Data Supplied as Matrices)
predict_distance_tree

Predict Distances Between Samples Based on a Survival Tree Fit (Data Supplied as a Dataframe)
SurvivalClusteringTree-package

tools:::Rd_package_title("SurvivalClusteringTree")
survival_tree

Build a Survival Tree (Data Supplied as a Dataframe)
survival_tree_matrix

Build a Survival Tree (Data Supplied as Matrices)
predict_distance_forest

Predict Distances Between Samples Based on a Survival Forest Fit (Data Supplied as a Dataframe)
plot_survival_tree

Visualize the Fitted Survival Tree
predict_weights_matrix

Predict Weights of Samples in Terminal Nodes Based on a Survival Tree Fit (Data Supplied as Matrices)
predict_weights

Predict Weights of Samples in Terminal Nodes Based on a Survival Tree Fit (Data Supplied as a Dataframe)