i. Derive the state diagram (Mealy design) for a sequence counter which detect and count the sequence of "101101" (without overlapping). ii. The senior design engineer advised you to design the above sequence counter such that it gives better performance and able to extract the states easily. Also, it is said that the memory is not a concern in the design. What would be the state assignment method that you would choose? Justify your answer. iii. How many flip-flops required to implement the above design with the state assignment mentioned in 4, ii ? iv. Write the Verilog code for the above sequence counter with the respective state assignment given in 4, ii. Also, write a brief (no need to test every combinations) test bench to verify the design.

i. Derive the state diagram (Mealy design) for a sequence counter which detect and count the sequence of "101101" (without overlapping). ii. The senior design engineer advised you to design the above sequence counter such that it gives better performance and able to extract the states easily. Also, it is said that the memory is not a concern in the design. What would be the state assignment method that you would choose? Justify your answer. iii. How many flip-flops required to implement the above design with the state assignment mentioned in 4, ii ? iv. Write the Verilog code for the above sequence counter with the respective state assignment given in 4, ii. Also, write a brief (no need to test every combinations) test bench to verify the design.

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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Question

i.
Derive the state diagram (Mealy design) for a sequence counter which detect and
count the sequence of "101101" (without overlapping).
ii.
The senior design engineer advised you to design the above sequence counter such
that it gives better performance and able to extract the states easily. Also, it is said
that the memory is not a concern in the design. What would be the state assignment
method that you would choose? Justify your answer.
iii.
How many flip-flops required to implement the above design with the state
assignment mentioned in 4, ii ?
iv.
Write the Verilog code for the above sequence counter with the respective state
assignment given in 4, ii. Also, write a brief (no need to test every combinations) test
bench to verify the design.

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