Description: A collection of multivariate nonparametric methods, selected in part to support an MS level course in nonparametric statistical methods.   Methods include adjustments for multiple comparisons, implementation of multivariate Mann-Whitney-Wilcoxon testing, inversion of these tests to produce a confidence region, some permutation tests for linear models, and some algorithms for calculating exact probabilities associated with one- and two- stage testing involving Mann-Whitney-Wilcoxon statistics.

Description: A collection of multivariate nonparametric methods, selected in
part to support an MS level course in nonparametric statistical methods. Methods
include adjustments for multiple comparisons, implementation of multivariate
Mann-Whitney-Wilcoxon testing, inversion of these tests to produce a confidence
region, some permutation tests for linear models, and some algorithms for
calculating exact probabilities associated with one- and two- stage testing

Authors@R: c(person("John E.", "Kolassa", email = "kolassa@stat.rutgers.edu", role ="cre"), person("Stephane", "Jankowski", role ="aut"))
Description: A collection of multivariate nonparametric methods, selected in part to support an MS level course in nonparametric statistical methods. Methods include adjustments for multiple comparisons, implementation of multivariate Mann-Whitney-Wilcoxon testing, inversion of these tests to produce a confidence region, some permutation tests for linear models, and some algorithms for calculating exact probabilities associated with one- and two- stage testing involving Mann-Whitney-Wilcoxon statistics.

Description: A collection of multivariate nonparametric methods, selected in part to support an MS level course in nonparametric statistical methods. Methods include adjustments for multiple comparisons, implementation of multivariate Mann-Whitney-Wilcoxon testing, inversion of these tests to produce a confidence region, some permutation tests for linear models, and some algorithms for calculating exact probabilities associated with one- and two- stage testing involving Mann-Whitney-Wilcoxon statistics.  Supported by grant NSF DMS 1712839.