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www.eeworm.com/read/448636/7528852
m grminspantree.m
function nMST=grMinSpanTree(E)
% Function nMST=grMinSpanTree(E) solve
% the minimal spanning tree problem for a connected graph.
% Input parameter:
% E(m,2) or (m,3) - the edges of graph and t
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m tokarmarker.m
function [Anew,cnew] = tokarmarker(A,b,c)
%
% Given a linear programming problem in standard form
% min c'x
% subject to Ax = b, x >= 0
%
% return new values of A and c in "Karmarker st
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m ip_03_11.m
% MATLAB script for Illustrative Problem 3.11.
% Demonstration script for frequency modulation. The message signal
% is m(t)=sinc(100t).
echo on
t0=.2; % signal dura
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m ip_03_11.m
% MATLAB script for Illustrative Problem 3.11.
% Demonstration script for frequency modulation. The message signal
% is m(t)=sinc(100t).
echo on
t0=.2; % signal dura
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m gendats.m
%GENDATS Generation of a simple classification problem of 2 Gaussian classes
%
% A = GENDATS (N,K,D,LABTYPE)
%
% INPUT
% N Dataset size, or 2-element array of class sizes (default: [50 50]
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m gentrunk.m
%GENTRUNK Generation of Trunk's classification problem of 2 Gaussian classes
%
% A = GENTRUNK(N,K)
%
% INPUT
% N Dataset size, or 2-element array of class sizes (default: [50 50]).
% K
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m ip_07_01.m
% MATLAB script for Illustrated Problem 7.1.
clear
echo on
T=1;
delta_T=T/200; % sampling interval
alpha=0.5; % rolloff factor
fc=40/T; % carrier frequency
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m ip_03_11.m
% MATLAB script for Illustrative Problem 3.11.
% Demonstration script for frequency modulation. The message signal
% is m(t)=sinc(100t).
clear
echo on
t0=.2; % sign
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m ip_06_03.m
% MATLAB script for Illustrative Problem 6.3.
clear
echo on
f_cutoff=2000; % the desired cutoff frequency
f_stopband=2500; % the actual stopband frequency
fs=10000; % the sampling frequen
www.eeworm.com/read/439811/7701547
m ip_09_04.m
% MATLAB script for Illustrative Problem 9.4.
clear
echo on
Lc=20; % number of chips per bit
A1=3; % amplitude of the first sinusoidal interference
A2=7; % amplitude of the seco