Title: Numerical Formal Concept Analysis for Systematic Clustering
Author: Junheng Ma, Jiayang Sun, and Guo-Qiang Zhang
Description: Numerical Formal Concept Analysis (nFCA) is a modern unsupervised learning tool for analyzing general numerical data. Given input data, this R package nFCA outputs two nFCA graphs: a H-graph and an I-graph that reveal systematic, hierarchical clustering and inherent structure of the data.
Packaged: 2015-02-15 03:26:42 UTC; Junheng Ma

Title: Nonparametric Estimate of FDR Based on Bernstein Polynomials
Author: Zhong Guan <zguan@iusb.edu>, Baolin Wu <baolin@biostat.umn.edu>
Description: nFDR is package that implements the nonparametric estimate
of FDR based on Bernstein polynomials. It calculates the
proportion of true null hypotheses, FDR, FNR, and q-values.

Author: Zhong Guan <zguan@iusb.edu>, Baolin Wu <baolin@biostat.umn.edu> and Hongyu Zhao <hongyu.zhao@yale.edu>.
Description: nFDR is package that implements the nonparametric estimate of FDR based on Bernstein polynomials. It calculates the proportion of true null hypotheses, FDR, FNR, and q-values.
Packaged: Wed Jun  8 12:27:23 2005; Owner

Title:        Non Graphical Solution to the Cattell Scree Test
Description:  Two numerical indices are proposed for the Cattell Scree test:
1. Acceleration factor (with or without Parallel Analysis)
2. Optimal Coordinates (with or without Parallel Analysis)
Packaged: Wed Mar  5 10:28:38 2003; HP_Propri�taire

Packaged: Thu Mar 15 23:54:09 2007; HP_Propri�taire

Packaged: Thu Feb  5 16:16:50 2009; HP_Propri�taire

Package: nFactors
Type: Package
Title: Parallel Analysis and Non Graphical Solutions to the Cattell
Scree Test
Version: 2.3.1
Date: 2009-14-10
Encoding: latin1
Author: Gilles Raiche (Universite du Quebec a Montreal) and David Magis
(Universite de Liege)
Maintainer: Gilles Raiche <raiche.gilles@uqam.ca>
Depends: R (>= 2.9.2), MASS, psych, boot, lattice
Suggests: xtable
Description: Indices, heuristics and strategies to help to determine
the number of factors/components to retain: 1. Acceleration
factor (af with or without Parallel Analysis); 2. Optimal
Coordinates (noc with or without Parallel Analysis); 3.
Parallel analysis (components, factors and bootstrap); 4.
lambda > mean(lambda) (Kaiser, CFA and related); 5.
Cattell-Nelson-Gorsuch (CNG); 6. Zoski and Jurs multiple
regression (b, t and p); 7. Zoski and Jurs standard error of
the regression coeffcient (sescree); 8. Nelson R2; 9. Bartlett
khi-2; 10. Anderson khi-2; 11. Lawley khi-2 and 12.
Bentler-Yuan khi-2.
License: GPL (>= 2)
Packaged: 2009-10-14 02:27:36 UTC; HP_Propri�taire
Repository: CRAN
Date/Publication: 2009-10-14 09:34:09