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ANOVA Bayesian Bioinformatics Bioinformatics & Biostatistics Biostatistics C++ Cancer Chemoinformatics Classification Clustering Copynumber DNA Ecology Economics Finance GUI Genetic Algorithms Genetics HTML Machine Learning Machine learning Mixture Multiple Comparisons Multivariate Analysis Multivariate Regression Multivariate Techniques Next generation Sequencing ODE Phylogeny R R-Forge Rcmdr Regression SNP Statistics 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 economics epidemiology finance gene expression generalized linear models genetics graphics high dimentional data likelihood linear models linear programming machine learning microarray missing data missing values mixed effect models mixed model model comparison model estimation model selection movement multivariate multivariate regression multivariate statistics non-parametrics nonlinear models nonparametric optimization parametric model permutation tests phylogeny plotting prediction psychology raster regression remote sensing reporting robust robust statistics simulation soil spatial spatial autocorrelation spatial classes spatial data spatial methods spatial point patterns spatial regression spatio-temporal species distribution models stochastic processes survival teaching text mining time series visualization

2 projects in result set.
Parametric Frailty Models - Parametric Frailty Models, fitted by maximum marginal likelihood method. Possible basline hazards: Weibull, Exponential, Gompertz, logNormal and loglogistic Possible Frailty distributions: Gamma, Inverse Gaussian and Positive Stable
Tags: survival, frailty models, parametric model, Weibull, Exponential, Gompertz, lognormal, loglogistic, gamma, inverse gaussian, positive stable, clustering, overdispersion, biostatistics, marginal model, marginal likelihood, likelihood, multicenter, heterogeneity, mixed effect models, mixed model

Activity Percentile: 0
Activity Ranking: 0
Registered: 2011-10-28 16:21

immunoassay - The purpose of this project is to allow fine-tuning of sigmoidal models beyond the limits of instrument software; and to provide functions for batch processing of output files and creation of reports with nice graphics.
Tags: immunoassay, LaTeX, Multivariate Regression, Sweave, inverse gaussian, latex, nonlinear equations

Activity Percentile: 0
Activity Ranking: 0
Registered: 2011-03-17 12:58

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Vienna University of Economics and Business University of Wisconsin - Madison Powered By FusionForge