Title: Variable metric nonlinear function minimization with bounds
Description: Variable metric nonlinear function minimization with

Description: Variable metric nonlinear function minimization with bounds constraints

Title: Variable Metric Nonlinear Function Minimization
Description: Variable metric nonlinear function minimization with bounds constraints.

Title: Calculates the Distance Between Voter and Multiple Polling
Description: Designed to calculate the distance between each voter in a voter file -- given lat/long coordinates -- and many potential (early) polling or vote by mail drop box locations, then return the minimum distance.
Packaged: 2017-03-20 07:40:33 UTC; lorencollingwood

Package: Rwave
Version: 1.0
Date: 06-Jul-01
Title: Time-Frequency analysis of 1-D signals
Author: S original by Rene Carmona <rcarmona@princeton.edu>,
R port by Brandon Whitcher <whitcher@ucar.edu>
Maintainer: Brandon Whitcher <whitcher@ucar.edu>
Depends: R
Description: Rwave is a library of R functions which provide an
environment for the Time-Frequency analysis of 1-D signals (and
especially for the wavelet and Gabor transforms of noisy signals).
It was originally written for Splus by Rene Carmona, Bruno Torresani,
and Wen L. Hwang, first at the University of California at Irvine and
then at Princeton University. Credit should also be given to Andrea
Wang whose functions on the dyadic wavelet transform are included.
Rwave is based on the book:
"PRACTICAL TIME-FREQUENCY ANALYSIS: Gabor and Wavelet Transforms with
an Implementation in S", by Rene Carmona, Wen L. Hwang and Bruno
Torresani, Academic Press (1998).
License: Free of charge for non-commercial use.
URL: http://www.orfe.princeton.edu/~rcarmona/

Package: Rwave
Version: 1.1
Date: 06-Jul-01
Title: Time-Frequency analysis of 1-D signals
Author: S original by Rene Carmona <rcarmona@princeton.edu>,
R port by Brandon Whitcher <whitcher@ucar.edu>
Maintainer: Brandon Whitcher <whitcher@ucar.edu>
Depends: R
Description: Rwave is a library of R functions which provide an
environment for the Time-Frequency analysis of 1-D signals (and
especially for the wavelet and Gabor transforms of noisy signals).
It was originally written for Splus by Rene Carmona, Bruno Torresani,
and Wen L. Hwang, first at the University of California at Irvine and
then at Princeton University. Credit should also be given to Andrea
Wang whose functions on the dyadic wavelet transform are included.
Rwave is based on the book:
"PRACTICAL TIME-FREQUENCY ANALYSIS: Gabor and Wavelet Transforms with
an Implementation in S", by Rene Carmona, Wen L. Hwang and Bruno
Torresani, Academic Press (1998).
License: Free of charge for non-commercial use.
URL: http://www.orfe.princeton.edu/~rcarmona/