DIGITAL SIGNAL PROCESSING WITH EXAMPLES IN MATLAB

SECOND EDITION Samuel D. Stearns CRC Press 2011 ISBN 978-1-4398-3782-1

List of Corrections First Printing

Note: Corrections are listed in the order in which they are sent to CRC.

p.454, Appendix, line 102 In the column labeled ( )h t for 0t , replace T with t

p. 399, exercise 11.21 In the formula, replace exp( )t t with . exp( )t t

p. 384, lines 17 and 20 Replace 2A T with 2 /A T

p. 399, exercise 11.20 Replace 2A T with 2 /A T

p. 56, Fig. 3.10 Relabel the two frequency axes as shown below

p. 364, line 10b1 Replace amplitudeT with amplitude 1/T

p. 364, line 9b1 Replace duration 1/T with duration T

p. 43, eq. (3.11) Replace eq. (3.11): 1 1

2 ( )/ 2 /

0 0

N Nj n N m N j nm N

N m n n m

n n

X x e x e X

p. 61, eq. (3.40) Replace /2 /2j T j Te e with /2 /2j T j Te e

p. 453, line 1 Replace Table 3.1 in Chapter 3 with Table 4.2 in Chapter 4

p. 453, line 2 Replace Table 3.1 with Table 4.2

p. 35, line 5b1 Replace n nx x with n nx x

p. 47, line 3 Replace both occurrences of 2N with 2N/3.

p. 40, line 3b1 Delete the use of

p. 125, eq. (4.78) In the last line, in the first sum, change 0m to 0i

p. 154, eq. (5.22) Replace 1 1k L with 1 k L L

p. 169, eq. (6.23, 2nd

line) Replace cos coshL L with cos coshL L

0 0.01 0.02 0.03 0.04 0.05

-1

-0.5

0

0.5

1

t (s)

Ori

gin

al x

; T

1=

3 m

s

-100 0 1000

1

2

3

4

f (Hz)

Am

pli

tude

|X|

-500 0 5000

1

2

3

4

f (Hz)

Am

pli

tude

|Y|

0 0.01 0.02 0.03 0.04 0.05

-1

-0.5

0

0.5

1

t (s)

Inte

rpola

ted x

; T

2=

1 m

s

p. 169, eq. (6.26, 1st line) Replace n with m twice

p. 170, eq. (6.28) Replace n with m

p. 175, Table 6.1, 2nd

line Replace 2

c

s

s p with

2

c

s

s p

The above sent to CRC 03/2013.

p. 178, eq. (6.42) Replace 2j v j v

A j v j v

e eH

e e

with

2j v j v

A j v j v

e eH

e e

p. 205, eq. (7.11) and (7.14) Replace

2

2

( )

2

x

e

with

2

2

( )

2

x

e

p. 206, eq. (7.15) Replace

2

22

x

e with

2

22

x

e

p. 246, eq. (8.26) Under type=1, first row shoud be (x1 y1+ x2 y2+ x3 y3+ x4 y4)/4

and last row should be (x1 y3+ x2 y4+ x3 y1+ x4 y2)/4

1. 10b means 10

th line up from the bottom.