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% Program: pearson.m % Title: Quasi_Newton Pearson algorithm % Description: Implements the quasi-Newton algorithm % with the Pearson updating formula. % Theory: See Practical Optimization Secs. 7

% Program: hoshino.m % Title: Quasi_Newton Hoshino algorithm % Description: Implements the quasi-Newton algorithm % with the Hoshino updating formula. % Theory: See Practical Optimization Secs. 7

% Program: steep_desc1.m % Title: Steepest-descent algorithm without line search % Description: Implements the steepest-descent method % described in Algorithm 5.1. Parameter alpha is determined

% Program: steep_desc2.m % Title: Steepest-descent algorithm without line search % Description: Implements the steepest-descent method % described in Algorithm 5.2. Parameter alpha is determined

function [BW,B,W]=unica(x,e,w,whitening,MaxIter,stop); % UNICA Algorithm % (Unbiased qNewton algorithm for Independent Component Analysis). % (c) Sergio Cruces, Luis Castedo, Andrzej Cichocki.

/* * This code implements the MD2 message-digest algorithm. * The algorithm is due to Ron Rivest, documented in RFC1319. * This code is in the public domain; do with it what you wish. * * Eq

1. Compression algorithm (deflate) The deflation algorithm used by zlib (also zip and gzip) is a variation of LZ77 (Lempel-Ziv 1977, see reference below). It finds duplicated strings in the input

{ DFA optimization algorithm. This is an efficient (O(n log(n)) DFA optimization procedure based on the algorithm given in Aho/Sethi/Ullman, 1986, Section 3.9. Copyright (c) 1990-92 A

! Taken from Frenkel and Smit. ! bondl ==> Algorithm 41, page 410 ! gauss ==> Algorithm 42, page 411 subroutine bondl( Kr, req, beta, Seed, rtrial ) implicit none real, intent(in) :: Kr

// blowfish.cpp C++ class implementation of the BLOWFISH encryption algorithm // _THE BLOWFISH ENCRYPTION ALGORITHM_ // by Bruce Schneier // Revised code--3/20/94 // Converted to C++ class 5