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m ip_03_03.m
% MATLAB script for Illustrative Problem 3.3.
% Demonstration script for DSB-AM modulation. The message signal
% is +1 for 0 < t < t0/3, -2 for t0/3 < t < 2t0/3, and zero otherwise.
clear
echo on
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m lssb.m
% lssb.m
% Matlab demonstration script for LSSB-AM modulation. The message signal
% is +1 for 0 < t < t0/3, -2 for t0/3 < t < 2t0/3 and zero otherwise.
echo on
t0=.15;
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m dsb2.m
% dsb2.m
% Matlab demonstration script for DSB-AM modulation. The message signal
% is m(t)=sinc(100t).
echo on
t0=.2; % signal duration
ts=0.001; % sampling interval
fc=250; % ca
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m fm2.m
% fm2.m
% Matlab demonstration script for frequency modulation. The message signal
% is m(t)=sinc(100t).
echo on
t0=.2; % signal duration
ts=0.001;
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m ip_03_04.m
% MATLAB script for Illustrative Problem 3.4.
% Demonstration script for LSSB-AM modulation. The message signal
% is +1 for 0 < t < t0/3, -2 for t0/3 < t < 2t0/3, and zero otherwise.
clear
echo o
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m ip_03_02.m
% MATLAB script for Illustrative Problem 3.2.
% Matlab demonstration script for DSB-AM modulation. The message signal
% is m(t)=sinc(100t).
clear
echo on
t0=.2; % signal du
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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_03_09.m
% MATLAB script for Illustrative Problem 3.9.
% Demonstration script for envelope detection. The message signal
% is +1 for 0 < t < t0/3, -2 for t0/3 < t < 2t0/3, and zero otherwise.
clear
echo on
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m chap5_1.m
%Fuzzy approaching
clear all;
close all;
L1=-3;L2=3;
L=L2-L1;
h=0.2;
N=L/h+1;
T=0.01;
x=L1:T:L2;
for i=1:N
e(i)=L1+L/(N-1)*(i-1);
end
c=0;d=0;
for j=1:N
if j==1
u=trimf
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m chap3_3.m
%Define N+1 triangle membership function
clear all;
close all;
N=6;
x=-3:0.01:3;
for i=1:N+1
f(i)=-3+6/N*(i-1);
end
u=trimf(x,[f(1),f(1),f(2)]);
figure(1);
plot(x,u);
for j=2:N