Description: Builds general noise SVR models using Naive Online R Minimization Algorithm, NORMA, an optimization method based on classical stochastic gradient descent suitable for computing SVR models in an online setting.

Package: NORMT3
Title: Evaluates complex erf, erfc and density of sum of Gaussian and Student's t
Version: 1.0-1
Date: 209-02-137
Author: Guy Nason <g.p.nason@bristol.ac.uk>
Maintainer: Guy Nason <g.p.nason@bristol.ac.uk>
Description: Evaluates the probability density function of the sum of the
Gaussian and Student's t density on 3 degrees of freedom.
Evaluates the p.d.f. of the sphered Student's t density function.
Also evaluates the erf and erfc functions on complex-valued arguments.
License: GPL (>= 2)
Packaged: Fri Feb 13 14:50:55 2009; ripley

Title: Evaluates complex erf, erfc, Faddeeva, and density of sum of
Description: Evaluates the probability density function of the sum of
the Gaussian and Student's t density on 3 degrees of freedom.
Evaluates the p.d.f. of the sphered Student's t density
function. Also evaluates the erf, and erfc functions on
complex-valued arguments. Thanks to Krishna Myneni the function
is calculates the Faddeeva function also!

function.  Also evaluates the erf, and erfc functions on

Title: Evaluates Complex Erf, Erfc, Faddeeva, and Density of Sum of
Also evaluates the erf, and erfc functions on

Package: NORMT3
Title: Evaluates complex erf, erfc and density of sum of Gaussian and Student's t
Version: 1.0
Date: 2005-01-07
Author: Guy Nason <g.p.nason@bristol.ac.uk>
Maintainer: Guy Nason <g.p.nason@bristol.ac.uk>
Description: Evaluates the probability density function of the sum of the
Gaussian and Student's t density on 3 degrees of freedom.
Evaluates the p.d.f. of the sphered Student's t density function.
Also evaluates the erf and erfc functions on complex-valued arguments.
License: GPL version 2 or newer
Packaged: Mon Jan 10 09:49:09 2005; magpn

Maintainer: Renee Gonzalez Guzman <rguzman@cicese.edu.mx>
Description: CIPW Norm (acronym from the surnames of the authors: Cross, Iddings, Pirrson and Washington)
is the most commonly used calculation algorithm to estimate the standard mineral assemblages
for igneous rocks from its geochemical composition. NORRRM (acronym from noRm, R language and
Renee) is the highly consistent program to calculate the CIPW Norm.