Constrained Evidential c-Means (CECM), EVCLUS, EK-NNclus and bootclus.
Imports: FNN, R.utils, limSolve, Matrix, mclust, quadprog, plyr

to clusters. The mass functions quantify the cluster-membership uncertainty of the
objects. The algorithms are: Evidential c-Means, Relational Evidential c-Means,
Constrained Evidential c-Means, Evidential Clustering, Constrained Evidential
Clustering, Evidential K-nearest-neighbor-based Clustering, Bootstrap Model-Based
Evidential Clustering, Belief Peak Evidential Clustering, Neural-Network-based
Imports: FNN, R.utils, limSolve, Matrix, mclust, quadprog, plyr,

Title: Functions for extreme value distributions
Description: Extends simulation, distribution, quantile and
density functions to univariate, bivariate and (for
simulation) multivariate parametric extreme value
distributions, and provides fitting functions which
calculate maximum likelihood estimates for univariate

density functions to univariate and multivariate parametric
extreme value distributions, and provides fitting functions
which calculate maximum likelihood estimates for univariate

and bivariate maxima models, and for univariate threshold
Packaged: Mon Apr 19 16:26:57 2004; stephena

Author: Alec Stephenson. Function fbvpot by Chris Ferro.
and bivariate maxima models, and for univariate and
Packaged: Fri May 21 11:38:28 2004; stephena

Packaged: Wed Jun 16 15:31:50 2004; stephena

Packaged: Mon Jul  5 15:02:22 2004; stephena

Packaged: Wed Jul 28 12:25:10 2004; stephena

Packaged: Fri Aug 13 13:44:53 2004; stephena

Packaged: Mon Sep  6 17:07:03 2004; stephena

Packaged: Sat Mar 11 22:59:10 2006; stephena

Packaged: Thu Apr 13 21:38:06 2006; stephena

Packaged: Sat Jul 15 18:37:58 2006; stephena

Packaged: Wed Jul 26 17:14:26 2006; stephena

Packaged: Tue Sep 26 18:46:07 2006; stephena

Packaged: Sat Jul 12 14:35:50 2008; alec

Description: Extends simulation, distribution, quantile and density
functions to univariate and multivariate parametric extreme
value distributions, and provides fitting functions which
calculate maximum likelihood estimates for univariate and
bivariate maxima models, and for univariate and bivariate