ЕСЕ 320 Lab #7 Pre-lab needs to be completed prior to lab session on lab day. Reset Re+0, Ce-1 AEDataA, BE(2'b00, DataB), S2 (RA}E (RA)<1 S4 S3 Done C+C-1 R2B? Qe (Q[n-20). 0) QE(QIn-2:0], 1) ReR-B C-02 Parameter: n=8, log2n=3; Inputs: DataA(n-1:0), DataB(n-3:0). s, clock Registers: R[n-1:01, Aln-1:01, Bịn-1:01, Qin-1:0), Cliog2n-1:0 Outputs: R, Q, Done, C Pre-lab: 1. Trace this ASM chart using DataA34 and Datab-9. Here is how to trace: a. (Pick a random value for the input Data) Let Data 34 and Datab=7. b. Clock cycle 1: in state 51 I. First let s0 so that registers A and B can be initialized, Go to state $1
ЕСЕ 320 Lab #7 Pre-lab needs to be completed prior to lab session on lab day. Reset Re+0, Ce-1 AEDataA, BE(2'b00, DataB), S2 (RA}E (RA)<1 S4 S3 Done C+C-1 R2B? Qe (Q[n-20). 0) QE(QIn-2:0], 1) ReR-B C-02 Parameter: n=8, log2n=3; Inputs: DataA(n-1:0), DataB(n-3:0). s, clock Registers: R[n-1:01, Aln-1:01, Bịn-1:01, Qin-1:0), Cliog2n-1:0 Outputs: R, Q, Done, C Pre-lab: 1. Trace this ASM chart using DataA34 and Datab-9. Here is how to trace: a. (Pick a random value for the input Data) Let Data 34 and Datab=7. b. Clock cycle 1: in state 51 I. First let s0 so that registers A and B can be initialized, Go to state $1
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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need help tracing this ASM chart
![ECE 320
Lab #7
Pre-lab needs to be completed prior to lab session on lab day.
Reset
si
R+0, Ce-1
AEDataA,
BE(2'b00, DataB)
S2
(RA}E (RA}< ]
S4
S3
Done
C+C-1
R2B?
QE(Q[n-2.0). 0)
QE(Qln-2:0], 1)
R+R-B
C-0?
Parameter: n=8, log2n=3;
Inputs: DataA[n-1:0), DataB(n-3:0). s, clock
Registers: Rin-1:01, A[n-1:0), B[n-1:01, Qin-1:0), Cliogzn-1:0)
Outputs: R, Q. Done, C
Pre-lab:
1. Trace this ASM chart using DataA34 and Data-9. Here is how to trace:
a. (Pick a random value for the input Data) Let Data - 34 and DataB=7.
b. Clock cycle 1: in state 51
1. First let s0 so that registers A and B can be initialized. Go to state $1](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbd613149-e316-475a-93d0-2f4aef81289a%2F3174353d-323a-4127-8b8e-e837733761c5%2F1lr1waw_processed.jpeg&w=3840&q=75)
Transcribed Image Text:ECE 320
Lab #7
Pre-lab needs to be completed prior to lab session on lab day.
Reset
si
R+0, Ce-1
AEDataA,
BE(2'b00, DataB)
S2
(RA}E (RA}< ]
S4
S3
Done
C+C-1
R2B?
QE(Q[n-2.0). 0)
QE(Qln-2:0], 1)
R+R-B
C-0?
Parameter: n=8, log2n=3;
Inputs: DataA[n-1:0), DataB(n-3:0). s, clock
Registers: Rin-1:01, A[n-1:0), B[n-1:01, Qin-1:0), Cliogzn-1:0)
Outputs: R, Q. Done, C
Pre-lab:
1. Trace this ASM chart using DataA34 and Data-9. Here is how to trace:
a. (Pick a random value for the input Data) Let Data - 34 and DataB=7.
b. Clock cycle 1: in state 51
1. First let s0 so that registers A and B can be initialized. Go to state $1
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