pcalg: Methods for Graphical Models and Causal Inference

Canonical link: https://rscholar.com/pkg/pcalg

Markus Kalisch • Alain Hauser • Martin Maechler • Diego Colombo • Doris Entner • Patrik Hoyer • Antti Hyttinen • Jonas Peters • Nicoletta Andri • Emilija Perkovic • Preetam Nandy • Philipp Ruetimann • Daniel Stekhoven • Manuel Schuerch • Marco Eigenmann • Leonard Henckel • Joris Mooij • View description and downloads View dependencies GitHub project

2006 Published

2.7-12 Version

0 Citations

17 Authors

Referenced by ⇅	Year
BiDAG: Bayesian Inference for Directed Acyclic Graphs (Version 2.1.4)	2017
CompareCausalNetworks: Interface to Diverse Estimation Methods of Causal Networks (Version 0.2.6.2)	2015
MRPC: PC Algorithm with the Principle of Mendelian Randomization (Version 3.1.0)	2018
NetCoupler: Inference of Causal Links Between a Network and an External Variable (Version 0.1.0)	2022
ParallelPC: Paralellised Versions of Constraint Based Causal Discovery Algorithms (Version 1.2)	2015
SCCI: Stochastic Complexity-Based Conditional Independence Test for Discrete Data (Version 1.2)	2019
SID: Structural Intervention Distance (Version 1.1)	2015
backShift: Learning Causal Cyclic Graphs from Unknown Shift Interventions (Version 0.1.4.3)	2015
causalDisco: Tools for Causal Discovery on Observational Data (Version 0.9.1)	2022
clustNet: Network-Based Clustering (Version 1.2.0)	2023
eff2: Efficient Least Squares for Total Causal Effects (Version 1.0.2)	2021
iTOP: Inferring the Topology of Omics Data (Version 1.0.2)	2018
kpcalg: Kernel PC Algorithm for Causal Structure Detection (Version 1.0.1)	2017
mDAG: Inferring Causal Network from Mixed Observational Data Using a Directed Acyclic Graph (Version 1.2.2)	2019
micd: Multiple Imputation in Causal Graph Discovery (Version 1.1.1)	2022
pcgen: Reconstruction of Causal Networks for Data with Random Genetic Effects (Version 0.2.0)	2018
qtlnet: Causal Inference of QTL Networks (Version 1.5.4)	2012
tpc: Tiered PC Algorithm (Version 1.0)	2023

RPKG Scholar presents a tabulation of an author's contribution in the development of R packages stored in the Comprehensive R Archive Network (CRAN). Within this site, we consider package dependencies (suggests,imports,depends,enhances) as citations because we believe that using one's package to develop another is tantamount to citing the author of the package being imported, suggested or enhanced.