Compute F.T of signal in Program theoretically. syms t x=heaviside (t+2)-heaviside (t-2); f=fourier (x) t=[-10:0.01:10]; w= [-3*pi:.1:3*pi]; x=heaviside (t+2)-heaviside (t-2); f=2./w.*sin (2. *w);| www subplot (2,1,1) plot (t,x) xlabel('time'); ylabel ('amplitude'); title ('signal in time domian x(t)'); subplot (2,1,2) plot (w,abs (f)) xlabel('Angular frequency'); ylabel ('amplitude'); title ('signal in frequency domian X(w)') ww w

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Author:James Kurose, Keith Ross
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Compute F.T of signal in Program theoretically.
syms t
x=heaviside (t+2)-heaviside (t-2);
a
f=fourier (x)
t=[-10:0.01:10];
w= [-3*pi:.l:3*pi];
x=heaviside (t+2)-heaviside (t-2);
f=2./w.*sin (2. *w);
subplot (2,1,1)
plot (t,x)
xlabel('time');
ylabel ('amplitude');
title ('signal in time domian x(t)');
wwww www wwww
wwwww
subplot (2,1,2)
plot (w, abs (f))
xlabel('Angular frequency');
ylabel('amplitude');
title ('signal in frequency domian X(w) ');
ww
Transcribed Image Text:Compute F.T of signal in Program theoretically. syms t x=heaviside (t+2)-heaviside (t-2); a f=fourier (x) t=[-10:0.01:10]; w= [-3*pi:.l:3*pi]; x=heaviside (t+2)-heaviside (t-2); f=2./w.*sin (2. *w); subplot (2,1,1) plot (t,x) xlabel('time'); ylabel ('amplitude'); title ('signal in time domian x(t)'); wwww www wwww wwwww subplot (2,1,2) plot (w, abs (f)) xlabel('Angular frequency'); ylabel('amplitude'); title ('signal in frequency domian X(w) '); ww
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