philentropy: Similarity and Distance Quantification Between Probability Functions

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

Hajk-Georg Drost • Jakub Nowosad • View description and downloads View dependencies GitHub project

2017 Published

0.9.0 Version

0 Citations

2 Authors

Referenced by ⇅	Year
gsdensity: Density-Based Gene Set Specificity Evaluation (Version 0.1.2)	2023
LDLcalc: Calculate and Predict the Low Density Lipoprotein Values (Version 2.1)	2021
EcotoneFinder: Characterising and Locating Ecotones and Communities (Version 0.2.3)	2020
EnvNJ: Whole Genome Phylogenies Using Sequence Environments (Version 0.1.3)	2021
GRelevance: Graph-Based k-Sample Comparisons and Relevance Analysis in High Dimensions (Version 1.0)	2023
Rfast: A Collection of Efficient and Extremely Fast R Functions (Version 2.1.2)	2016
SemNeT: Methods and Measures for Semantic Network Analysis (Version 1.4.4)	2019
biomartr: Genomic Data Retrieval (Version 1.0.7)	2015
codez: Seq2Seq Encoder-Decoder Model for Time-Feature Analysis Based on Tensorflow (Version 1.0.0)	2022
iSubGen: Integrative Subtype Generation (Version 1.0.1)	2021
jenga: Fast Extrapolation of Time Features using K-Nearest Neighbors (Version 1.3.0)	2021
mSigTools: Mutational Signature Analysis Tools (Version 1.0.7)	2022
mmb: Arbitrary Dependency Mixed Multivariate Bayesian Models (Version 0.13.3)	2020
motif: Local Pattern Analysis (Version 0.6.4)	2021
naive: Empirical Extrapolation of Time Feature Patterns (Version 1.2.3)	2022
noisyr: Noise Quantification in High Throughput Sequencing Output (Version 1.0.0)	2021
priorsense: Prior Diagnostics and Sensitivity Analysis (Version 1.0.4)	2024
regional: Intra- and Inter-Regional Similarity (Version 0.4.4)	2022
segen: Sequence Generalization Through Similarity Network (Version 1.1.0)	2022
spooky: Time Feature Extrapolation Using Spectral Analysis and Jack-Knife Resampling (Version 1.4.0)	2022
supercells: Superpixels of Spatial Data (Version 1.0.0)	2022
tetragon: Automatic Sequence Prediction by Expansion of the Distance Matrix (Version 1.3.0)	2021

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.