Clustering by compression - Cilibrasi, R.; Vitanyi, P.M.B. (IEEE transactions on information theory, 2005)
Keywords: Application software; Astronomy; Axioms; Bioinformatics; Cluster analysis; Clustering; Clustering methods; Compressing; Compressors; Computer programs; Data compression; Data mining; Dictionaries; Exact sciences and technology; Genomics; Heterogenous data analysis; hierarchical unsupervised clustering; Information theory; Kolmogorov complexity; Mathematics; normalized compression distance; Numerical analysis; Numerical analysis. Scientific computation; Optimization; Optimization techniques; parameter-free data mining; quartet tree method; Robustness; Sciences and techniques of general use; Similarity; Sorting; universal dissimilarity distance; Cluster analysis; Data analysis; Tree structured method; Similarity; Data compression; Unsupervised classification; Data mining; normalized compression distance; hierarchical unsupervised clustering; parameter-free data mining; Kolmogorov law; Kolmogorov complexity; universal dissimilarity distance; quartet tree method; Heterogenous data analysis