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www.eeworm.com/read/362246/10010442
m~ contents.m~
% Linear classifier based on the Fisher linear discriminat.
%
% fldqp - Computes Fisher's Linear Discriminat using QP.
% lfld - Learns Fisher's Linear Discriminat.
%
% About: Statistical Patt
www.eeworm.com/read/356863/10220087
m newton_interpolation.m
function fp = newton_interpolation(x,y,p)
% Script for Newton's Interpolation.
% Muhammad Rafiullah Arain
% Mathematics & Basic Sciences Department
% NED University of Engineering & Technology - K
www.eeworm.com/read/280595/10312006
m contents.m
% Pre-image problem for RBF kernel.
%
% rbfpreimg - Schoelkopf's fixed-point algorithm.
% rbfpreimg2 - Gradient optimization.
% rbfpreimg3 - Kwok-Tsang's algorithm.
%
% About: Statistical Pattern
www.eeworm.com/read/280595/10312392
m~ contents.m~
% Linear classifier based on the Fisher linear discriminat.
%
% fldqp - Computes Fisher's Linear Discriminat using QP.
% lfld - Learns Fisher's Linear Discriminat.
%
% About: Statistical Patt
www.eeworm.com/read/425643/10342211
m kineticsdata2.m
%KineticsData
% 参考书:Frerich Keil, et al. ed., Scientific computing in chemical engineering II,1999, P.351
% Time,min y1=x1 y2=x2 y3=x3
Kinetics =...
[ 15 0.695 0.312 0.0
www.eeworm.com/read/351765/10611659
h clust_io.h
/*
* All questions regarding the software should be addressed to
*
* Prof. Charles A. Bouman
* Purdue University
* School of Electrical and Computer Engineering
* 1285 Electri
www.eeworm.com/read/351765/10611726
h subcluster.h
/*
* All questions regarding the software should be addressed to
*
* Prof. Charles A. Bouman
* Purdue University
* School of Electrical and Computer Engineering
* 1285 Electri
www.eeworm.com/read/271760/10981506
m faddf.m
function fout=faddf(w,f1,f2)
%FADDF Add two MVFR matrices
% FADDF(W,F1,F2) adds F1 and F2
% F1 and F2 are both MVFR matrices
% and W the associated frequency vector.
% Se
www.eeworm.com/read/271760/10981557
m abcpgchk.m
function pg=abcpgchk(a,b,c)
%ABCPGCHK Check A, B, C for a pure gain block
% ABCPGCHK returns 1 if A, B and C are all zero
% and A is 1 by 1.
% This is the representation of a pu
www.eeworm.com/read/449771/7496716
m kineticsdata2.m
%KineticsData
% 参考书:Frerich Keil, et al. ed., Scientific computing in chemical engineering II,1999, P.351
% Time,min y1=x1 y2=x2 y3=x3
Kinetics =...
[ 15 0.695 0.312 0.0