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www.eeworm.com/read/304061/13802252
txt 例1.70.txt
例1.70
function[output,output2]=function—example(input1,input2) % 函数题头
%This is function to exchange two matrices % HI行
%input1,input2 are input variables
www.eeworm.com/read/146906/5734211
readme
DIRECTORY CONTENTS:
File L2Discrepeancies:
L2 discrepancies of the Sobol and NX sequence in dimensions 4-20.
Files NSXGeneratorRows/Columns:
The generator matrices for the NX sequence 9base b=2) i
www.eeworm.com/read/386623/6343245
m getedgeelements_schur.m
function [Ee,ea] = GetEdgeElements_Schur(Ae,ia,pairs)
% Compute the edge element matrices [J. Kraus] via Schur complement.
% GetEdgeElements_Schur(Ae,ia,pairs) has input parameters
% element matr
www.eeworm.com/read/343493/11944232
m amari_distance.m
function Perf=amari_distance(Q1,Q2);
% AMARI_DISTANCE - distance between two matrices. Beware: it does not verify the axioms
% of a distance. It is always between 0 and 1.
% Copy
www.eeworm.com/read/343489/11944541
m callacdc_sym.m
%callacdc_sym (call acdc_sym)- a small demo
%showing the way to call acdc_sym (the
%symmetric version).
%generate the target matrices.
%for running with old data set newdata=0.
newdata=1;
i
www.eeworm.com/read/152442/12113310
m gradient2.m
function [xx,yy] = grad(a,xax,yax)
%GRADIENT Approximate gradient.
% [PX,PY] = GRADIENT(Z,DX,DY) returns the numerical partial derivatives
% of matrix Z in matrices PX = dZ/dx and PY = dZ/dy. DX and
www.eeworm.com/read/253931/12176992
m amari_distance.m
function Perf=amari_distance(Q1,Q2);
% AMARI_DISTANCE - distance between two matrices. Beware: it does not verify the axioms
% of a distance. It is always between 0 and 1.
% Copy
www.eeworm.com/read/339590/12223532
m norm2huff.m
function [zipped,info] = norm2huff(vector)
%NORM2HUFF Huffman codification (encoder)
% For vectors, NORM2HUFF(X) returns a Huffman coded version of the input vector.
% For matrices, X(:) is used
www.eeworm.com/read/150214/12304748
html mod2sparse.html
Sparse Modulo-2 Matrix Routines
Sparse Modulo-2 Matrix Routines
This module implements operations on matrices in which the elements
are a
www.eeworm.com/read/250980/12372154
m distance_bhattacharyya.m
function [Bc,Bd] = distance_bhattacharyya(v, P, Q)
%[Bc,Bd] = distance_bhattacharyya(v, P, Q)
%
% INPUTS:
% v - difference between two means v = p - q
% P, Q - covariance matrices
%
% OUTPU