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Digital Signal Processing Proakis 4th Edition Instructor Solution Manual PDF

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INSTANT PDF DOWNLOAD of the complete Digital Signal Processing Fourth Edition Instructor's Solution Manual by John G. Proakis and Dimitris G. Manolakis. This comprehensive solutions guide provides detailed step-by-step answers to all textbook problems covering discrete-time signals and systems, z-transform and its applications, Fourier analysis, sampling and reconstruction, transform domain properties, digital filter design (FIR and IIR), DFT and FFT algorithms, multirate signal processing, linear prediction and optimal filters, adaptive filtering, power spectrum estimation, and more. Includes teaching guidelines, MATLAB-based solutions, and a complete test bank. Perfect for electrical engineering instructors and graduate students to verify problem solutions and deepen understanding of digital signal processing al signal processing solutions, proakis 4th edition pdf, DSP textbook answers, engineering exam prep, electrical engineering study guide, signal processing solutions, instant pdf download

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Chapter 1 u .




1.1
(a) One u. dimensional, u. multichannel, u. discrete u. time, u. and u. digital.
(b) Multi u.dimensional, u.single u.channel, u.continuous-time, u.analog.
(c) One u.dimensional, u.single u.channel, u.continuous-time, u.analog.
(d) One u.dimensional, u.single u.channel, u.continuous-time, u.analog.
(e) One u.dimensional, u.multichannel, u.discrete-time, u.digital.


1.2
u . = u . u. u . u . ⇒ u. periodic u. with u. Np u . = u. 200.
0.01π 1
(a) f u . = u .2π 200
u.u.) u.= u . u . ⇒ u. periodic u. with u. Np u . = u. 7.
30π 1 1
(b) f u . = u105
. u.(u.

u.
7
(c) f u. = u.2π3π u . =2 u. 3 u.⇒ u.periodic u.with u.Np u. = u.2.
u. u . ⇒ u . non-periodic.
3
(d) f u . = 2πu.
u.



u . ⇒ u . periodic u . with u . Np u . = u . 10.
62π 1 31
(e) f u . = u10. 2π u.(u.
u. u. u.) u.= u .
10



1.3
(a) Periodic u.with u.period u.Tp u.= u.2πu..
5
u. u . ⇒ u . non-periodic.
5
(b) f u . = 2πu. u.



u . u . ⇒ u . non-periodic.
1
(c) f u . = n12π
u. u.
πn
(d) cos(u.8u). u.is u. non-periodic; u. cos( u. u.) u. is u. periodic; u. Their u. product u. is u. non-periodic.
8
(e) cos(u.πn2 u). u.is u. periodic u. with u. period u. Np=4
sin(u.πnπn
u.) u . is u . periodic u . with u . period u . Np=16
cos(u. 8 u.+ u.πu.) u.is u.periodic u.with u.period u.Np=8
4 3
Therefore, u . x(n) u . is u . periodic u . with u . period u . Np=16. u . (16 u . is u . the u . least u . common u . multiple u . of u . 4,8,16).


1.4
(a) w u.= u. 2πk u . implies u.that u.f u . = u. k u.. u . Let u.

N N

α u.= u . GCD u . of u . (k,u.Nu). , u . i.e.,

k u . = u.k′α, u.N u. = u. Nu′. α.
Then,

f u. = k , u . which u.implies u.that
Nu.′
N u.
Nu.′ u. = u . .
α
3




© u.2007 u.Pearson u.Education, u.Inc., u.Upper u.Saddle u.River, u.NJ. u . All u.rights u.reserved. u.This u.material u.is u.protected u.under u.all
u.copyright u.laws u.as u.they u.currently u.exist. u.No u.portion u.of u.this u.material u.may u.be u.reproduced, u.in u.any u.form u.or u.by u.any

u.means, u.without u.permission u.in u.writing u.from u.the u.publisher. u . For u.the u.exclusive u.use u.of u.adopters u.of u.the u.book u.Digital

u.Signal u.Processing, u.Fourth u.Edition, u.by u.John u.G. u.Proakis u.and u.Dimitris u.G. u.Manolakis. u.ISBN u.0-13-187374-1.

, (b)

N = u. u.7
k = u . u . 0 u.1 u.2 u.3 u.4 u.5 u.6 u.7
GCD(k, u.Nu). u . u . = u . u . 7 u. 1 u. 1 u. 1 u. 1 u. 1 u. 1 u. 7

Np = u . u . 1 u.7 u.7 u.7 u.7 u.7 u.7 u.1


(c)

N = u . u . 16
k = u . u . 0 u.1 u.2 u.3 u.4 u.5 u.6 u.7 u. 8 u.9 u.10 u.11 u.12 u . . u.. u.. u . 16
GCD(k,u.Nu). u . u . = u . u . 16 u. 1 u.2 u.1 u.4 u.1 u.2 u.1 u.8 u.1 u.2 u.1 u.4 u . . u.. u.. u . 16
Np = u . u . 1 u.6 u.8 u.16 u.4 u.16 u.8 u.16 u.2 u.16 u.8 u.16 u.4 u . . u.. u.. u . 1




1.5
(a) Refer u.to u.fig
u.1.5-1 u.(b)



3



2



1
−−−>
u . xa(t)




0



−1




−2



−3
0 5 10 15 20 25 30
−−−> u . t u . (ms)



Figure u . 1.5-1:


x(n) u. = u . u . xa(nTu.)
u.

= u . u . xa(n/Fs)
= u . u . 3sin(πn/3) u.⇒
1 u. u.π
f = (u. u.)
2π u . 3
1
= , u.Np u. = u.6
6u.
4




© u.2007 u.Pearson u.Education, u.Inc., u.Upper u.Saddle u.River, u.NJ. u . All u.rights u.reserved. u.This u.material u.is u.protected u.under u.all
u.copyright u.laws u.as u.they u.currently u.exist. u.No u.portion u.of u.this u.material u.may u.be u.reproduced, u.in u.any u.form u.or u.by u.any

u.means, u.without u.permission u.in u.writing u.from u.the u.publisher. u . For u.the u.exclusive u.use u.of u.adopters u.of u.the u.book u.Digital

u.Signal u.Processing, u.Fourth u.Edition, u.by u.John u.G. u.Proakis u.and u.Dimitris u.G. u.Manolakis. u.ISBN u.0-13-187374-1.

, t u.(ms)



-3




Figure u . 1.5-2:

(c) Refer n
u. to u . fig u . 1.5-2


x(n) u.= u.u,. 0, u.2√u3u. u2. . , u.√3 u.
,u.0,u.−u2.√3
2
u.
,u.−u.√3 ,
u.Np u . = u. 6.
(d) Yes.
100π
x(1) u.= u.3 u.= u.3sin( ) u.⇒ u.Fs u . = u.200 u . samples/sec.
Fs

1.6
(a)
x(n) u . u. = u. u. Acos(2πF0n/Fs u.+ u.θ)
= u. u . Acos(2π(T/Tp)n u.+ u.θ)


But u . T/Tp u. = u.f u . ⇒ u. x(n) u . is u . periodic u . if u . f u . is u . rational.
(b) If u. x(n) u. is u. periodic, u. then u. f=k/N u. where u. N u. is u. the u. period. u . Then,
k Tp
Td u. = u.(u. Tu.) u.= u.k( u. )T u . = u.kTp.
f u. T u.
Thus, u.it u.takes u.k u.periods u.(kTp) u.of u.the u.analog u.signal u.to u.make u.1 u.period u.(Td) u.of u.the u.discrete
u.signal.

(c) Td u . = u. kTp u . ⇒ u . NT u . = u. kTp u . ⇒ u. f u . = u. k/N u . = u. T/Tp u . ⇒ u . f u . is u . rational u . ⇒ u . x(n) u . is u . periodic.


1.7
(a) Fmax u.= u.10kHz u.⇒ u.F s u.≥ u.2Fmax u.= u.20kHz.
(b) For u . Fs u . = u. 8kHz, u.Ffold u . = u. Fs/2 u. = u.⇒
4kHz 5kHz u . will u.alias u.to u.3kHz.
(c) F=9kHz u . will u . alias u . to u . 1kHz.


1.8
(a) Fmax u . = u.100kHz, u.Fs u . ≥ u.2Fmax u . = u.200Hz.
(b) Ffold u.= 2u . Fs u . = u.125Hz.

5



© u.2007 u.Pearson u.Education, u.Inc., u.Upper u.Saddle u.River, u.NJ. u . All u.rights u.reserved. u.This u.material u.is u.protected u.under u.all
u.copyright u.laws u.as u.they u.currently u.exist. u.No u.portion u.of u.this u.material u.may u.be u.reproduced, u.in u.any u.form u.or u.by u.any

u.means, u.without u.permission u.in u.writing u.from u.the u.publisher. u . For u.the u.exclusive u.use u.of u.adopters u.of u.the u.book u.Digital

u.Signal u.Processing, u.Fourth u.Edition, u.by u.John u.G. u.Proakis u.and u.Dimitris u.G. u.Manolakis. u.ISBN u.0-13-187374-1.

, 1.9
(a) Fmax u.= u.360Hz, u.F N u . = u.2F max u.= u.720Hz.
(b) Ffold = u 2. Fs u . = u.300Hz.
(c)
x(n) u. u. = u. xa(nTu.)
u.

= u . u . xa(n/Fs)


=sin(480πn/600) u.+ u.3sin(720πn/600)
u .

x(n) u . = u . u . sin(4πn/5) u.− u.3sin(4πn/5)
= u . u . −2sin(4πn/5).

Therefore, u.w u.=
u.4π/5.

(d) ya(t) u.= u. x(Fst) u. = u.−2sin(480πt).


1.10
(a)

Number u. of u. bits/sample = u . u. log21024 u.= u.10.
[10, u.000 u.bits/sec]
Fs =
[10 u.bits/sample]
= u . u . 1000 u. samples/sec.
Ffold = u . u . 500Hz.

(b)
1800π
Fmax =

= u . u . 900Hz
FN = u . u . 2F max u.= u.1800Hz.
(c)
600π u . u . 1
f1 = ( )
2π Fs
=
0.3; u . u .
1800π u . u . 1
f2 = ( )
2π Fs
= u . u . 0.9;
But u.f2 = u . u . 0.9 u.> u.0.5 u.⇒ u.f2 u. = u.0.1.
Hence, u.x(n) u . u . = u . u . 3cos[(2π)(0.3)n] u.+ u.2cos[(2π)(0.1)n]
xmax−xmin
(d) u.△ u.= u. m−1
u.
= u. 5−(−5)
1023
u.
1023
= u. u . 10 u . u.
.


1.11


x(n) u. u. = u. u. xa(nTu.)
u. u. u. u. u. u. u.
100πn 250πn
= u. u. 3cos 200 + u.2sin 200

6



© u.2007 u.Pearson u.Education, u.Inc., u.Upper u.Saddle u.River, u.NJ. u . All u.rights u.reserved. u.This u.material u.is u.protected u.under u.all
u.copyright u.laws u.as u.they u.currently u.exist. u.No u.portion u.of u.this u.material u.may u.be u.reproduced, u.in u.any u.form u.or u.by u.any

u.means, u.without u.permission u.in u.writing u.from u.the u.publisher. u . For u.the u.exclusive u.use u.of u.adopters u.of u.the u.book u.Digital

u.Signal u.Processing, u.Fourth u.Edition, u.by u.John u.G. u.Proakis u.and u.Dimitris u.G. u.Manolakis. u.ISBN u.0-13-187374-1.

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