MARCH W Hardware & Architecture HW #8-100 Pts 1. 0150 INITOWY LOVINGO MONOTON ON OO W A sequential circuit has a single-bit input, A, and a single bot output Z. Z-1 each time the sequence 010 occurs, but otherwise Z-0. Assume a Mealy-Type Finite State Machine a. (10 Pts) Construct a State Transition Diagram. Show input, output, and transition conditions appropriately. b. (10 Pts) Construct the State Transition Table. c. (10 Pts) Use Karnaugh Maps to derive the characteristic next state equations d. (10 Pts) Use a Karnaugh Map to derive the output equation. 2. (40 Pts) Repeat all parts of the the previous problem for a Moore-Type Finite State Machine. A, 3. (20 Pts) Find and describe a real-world application of Finite State Machines. This should be at least 300 words and include a State Transition Diagram or State Transmission Table 0/21 02-0 A = 1/2 SI 20. 1439 7/201 $1 M 172-1 # 1/2-0 0/2 - B Primary Input 112=0 Present State Next state Primary Next Next Cutput State Printout 5₁ 52 SL 5.2. 5₂ 53 5₁ ole 53 52 C

MARCH W Hardware & Architecture HW #8-100 Pts 1. 0150 INITOWY LOVINGO MONOTON ON OO W A sequential circuit has a single-bit input, A, and a single bot output Z. Z-1 each time the sequence 010 occurs, but otherwise Z-0. Assume a Mealy-Type Finite State Machine a. (10 Pts) Construct a State Transition Diagram. Show input, output, and transition conditions appropriately. b. (10 Pts) Construct the State Transition Table. c. (10 Pts) Use Karnaugh Maps to derive the characteristic next state equations d. (10 Pts) Use a Karnaugh Map to derive the output equation. 2. (40 Pts) Repeat all parts of the the previous problem for a Moore-Type Finite State Machine. A, 3. (20 Pts) Find and describe a real-world application of Finite State Machines. This should be at least 300 words and include a State Transition Diagram or State Transmission Table 0/21 02-0 A = 1/2 SI 20. 1439 7/201 $1 M 172-1 # 1/2-0 0/2 - B Primary Input 112=0 Present State Next state Primary Next Next Cutput State Printout 5₁ 52 SL 5.2. 5₂ 53 5₁ ole 53 52 C

Database System Concepts

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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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don't use ai to explain it because I don't understand what you mean. Also ai could be wrong

this is not quiz but homework

MARCH
W
Hardware & Architecture HW #8-100 Pts
1.
0150
INITOWY
LOVINGO MONOTON ON OO W
A sequential circuit has a single-bit input, A, and a single bot output Z. Z-1 each time
the sequence 010 occurs, but otherwise Z-0. Assume a Mealy-Type Finite State Machine
a. (10 Pts) Construct a State Transition Diagram. Show input, output, and transition
conditions appropriately.
b. (10 Pts) Construct the State Transition Table.
c. (10 Pts) Use Karnaugh Maps to derive the characteristic next state equations
d. (10 Pts) Use a Karnaugh Map to derive the output equation.
2. (40 Pts) Repeat all parts of the the previous problem for a Moore-Type Finite State Machine.
A,
3. (20 Pts) Find and describe a real-world application of Finite State Machines. This should
be at least 300 words and include a State Transition Diagram or State Transmission Table
0/21 02-0
A =
1/2
SI
20.
1439
7/201
$1
M
172-1
#
1/2-0 0/2 -
B Primary
Input
112=0
Present
State
Next
state
Primary Next
Next
Cutput State
Printout
5₁
52
SL
5.2.
5₂
53
5₁
ole
53
52
C

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Q1. Considering (41)=(abcdefg)₂, design a synchronous sequence detector circuit that detects 'abcdefg' from a one-bit serial input stream applied to the input of the circuit with each active clock edge. The sequence detector should detect overlapping sequences. a) Derive the state diagram, describe the meaning of each state clearly. Specify the type of the sequential circuit (Mealy or Moore),