ANOVA Bayesian Bioinformatics Bioinformatics & Biostatistics Biostatistics C++ Cancer Chemoinformatics Classification Clustering Copynumber DNA Ecology Economics Finance Genetics Machine Learning Machine learning Multiple Comparisons Multivariate Analysis Multivariate Regression Multivariate Techniques ODE Phylogeny R R-Forge Regression Time series Visualization Whole-genome bioinformatics biostatistics break detection categorical change detection classification clustering community ecology data mining database datasets dissimilarity distance distributions diversity dynamic systems ecological models ecology econometrics epidemiology finance gene expression generalized linear models graphics high dimentional data likelihood linear programming machine learning microarray missing data mixed effect models mixed model model comparison model estimation model selection movement multivariate multivariate regression multivariate statistics nonlinear models nonparametric optimization parametric model permutation tests phylogeny plotting political analysis prediction psychology raster regression reporting robust robust statistics simulation social networks soil spatial spatial autocorrelation spatial classes spatial data spatial methods spatial point patterns spatio-temporal species distribution models survival teaching text mining time series trajectory visualization
1 project in result set.
|Sequence analysis for social scientists - TraMineR is intended for mining and visualizing sequences of states or events. Its primary aim is the analysis of longitudinal data in the social science field but many of its features may also apply to non temporal data such as text or DNA sequences.|
|Tags: event histories, sequence, sequence analysis, state sequence, event sequence, trajectory, visualization, dissimilarity, distance, discrepancy, optimal matching, representative sequence, ANOVA, tree, frequent patterns, data mining, longitudinal data|
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Registered: 2010-04-13 10:26