Assume 4-bit architecture. f(x,y) = 0 x=1010(-6) y=0001 (1) f(x,y) = 1 x=1010 y=0001 ZX = 1 0000 ZX = 1 0000 nx = 0 0000 nx = 1 1111 zy = 1 0000 zy = 1 0000 ny = 0 0000 ny = T 1111 f = 1 x+y=0000+0000= 0000 f = 1 x+y=1111+1111=01110 no= 0 f(x,y) = -1 x=1010 ZX = 0000 [0] y=0001 no = 1 1110 = 0001 [1] f(x,y) = X x=0100 y=0101 nx = zy = ny = f = no = ZX = nx = zy = ny = f = no =

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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I need help with this please to fill out the table

Assume 4-bit architecture.
f(x,y) =
0
x=1010(-6)
y=0001 (1)
f(x,y) =
1
x=1010 y=0001
ZX =
1
0000
ZX =
1
0000
nx =
0
0000
nx =
1
1111
zy =
1
0000
zy =
1
0000
ny =
0
0000
ny =
T
1111
f =
1
x+y=0000+0000= 0000
f =
1
x+y=1111+1111=01110
no=
0
f(x,y) =
-1
x=1010
ZX =
0000 [0]
y=0001
no =
1
1110
=
0001 [1]
f(x,y) =
X
x=0100
y=0101
nx =
zy =
ny =
f =
no =
ZX =
nx =
zy =
ny =
f =
no =
Transcribed Image Text:Assume 4-bit architecture. f(x,y) = 0 x=1010(-6) y=0001 (1) f(x,y) = 1 x=1010 y=0001 ZX = 1 0000 ZX = 1 0000 nx = 0 0000 nx = 1 1111 zy = 1 0000 zy = 1 0000 ny = 0 0000 ny = T 1111 f = 1 x+y=0000+0000= 0000 f = 1 x+y=1111+1111=01110 no= 0 f(x,y) = -1 x=1010 ZX = 0000 [0] y=0001 no = 1 1110 = 0001 [1] f(x,y) = X x=0100 y=0101 nx = zy = ny = f = no = ZX = nx = zy = ny = f = no =
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