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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

Computer Networking: A Top-Down Approach (7th Edition)
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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help me with question c and d for question 1 
also this is not quiz it is 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
Transcribed Image Text: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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