Derive the Moore-type minimal flow table that specifies the same functional behaviour as the original table shown below. Use the two-step minimization introduced in class. Current Next state Output state WQW1 = 00 W2W1 = 01 W2W1 = 10 W2W1 = 11 А (A) B C В K (B) H C F (C) M D (D) E J 1 E A (E) M F (F) J G D (G) H (H) H H G J 1 J F (J) C K (К) L 1 L A (L) H M G C (М) 1

Derive the Moore-type minimal flow table that specifies the same functional behaviour as the original table shown below. Use the two-step minimization introduced in class. Current Next state Output state WQW1 = 00 W2W1 = 01 W2W1 = 10 W2W1 = 11 А (A) B C В K (B) H C F (C) M D (D) E J 1 E A (E) M F (F) J G D (G) H (H) H H G J 1 J F (J) C K (К) L 1 L A (L) H M G C (М) 1

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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Question

Derive the Moore-type minimal flow table that specifies the same functional
behaviour as the original table shown below. Use the two-step minimization
introduced in class.
Current
Next state
Оutput
state
WQW1 = 00
W2W1 = 01
W2W1 =
10
WQW1 = 11
A
(A)
В
C
В
K
(В)
H
C
F
(C)
M
(D)
E
J
1
E
A
(E)
M
F
(F)
J
G
D
(G)
H
H
G
J
(H)
1
J
F
(J)
H
K
(К)
A
C
1
L
(L)
H
M
G
C
(М)
1

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