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Design Problem: A pattern recognizer with a 1-bit output Y accepts a 1-bit input X. Y becomes 1 only if the 1-0-1 pattern is seen at X. The circuit treats the incoming bit stream as overlapping sequences, i.e. the last bit of a previous sequence becomes the first bit of the next sequence. In effect, the circuit looks at the most recent three bits to check against the pattern, like below: X 0010101110100101011 Y 0000101000 10000 1010 1. Design a Moore-type circuit for the pattern recognizer described above. Show your design process including the a. state diagram b. state assignment clearly indicating which binary pattern corresponds to which state c. excitation table d. K-maps and equations e. Corresponding circuits of the solved equations.

Design Problem: A pattern recognizer with a 1-bit output Y accepts a 1-bit input X. Y becomes 1 only if the 1-0-1 pattern is seen at X. The circuit treats the incoming bit stream as overlapping sequences, i.e. the last bit of a previous sequence becomes the first bit of the next sequence. In effect, the circuit looks at the most recent three bits to check against the pattern, like below: X 0010101110100101011 Y 0000101000 10000 1010 1. Design a Moore-type circuit for the pattern recognizer described above. Show your design process including the a. state diagram b. state assignment clearly indicating which binary pattern corresponds to which state c. excitation table d. K-maps and equations e. Corresponding circuits of the solved equations.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Topic: Sequential Circuits

please sketch the circuit properly and include full solutions! will give thumbs up!

Design Problem: A pattern recognizer with a 1-bit output Y accepts a 1-bit input X. Y becomes 1 only if the 1-0-1 pattern is seen at X. The circuit treats the incoming bit stream as overlapping sequences, i.e. the last bit of a previous sequence becomes the first bit of the next sequence. In effect, the circuit looks at the most recent three bits to check against the pattern, like below: X 0010101110100101011 0000101000100001010 Y 1. Design a Moore-type circuit for the pattern recognizer described above. Show your design process including the a. state diagram b. state assignment clearly indicating which binary pattern corresponds to which state c. excitation table d. K-maps and equations e. Corresponding circuits of the solved equations.
Transcribed Image Text:Design Problem: A pattern recognizer with a 1-bit output Y accepts a 1-bit input X. Y becomes 1 only if the 1-0-1 pattern is seen at X. The circuit treats the incoming bit stream as overlapping sequences, i.e. the last bit of a previous sequence becomes the first bit of the next sequence. In effect, the circuit looks at the most recent three bits to check against the pattern, like below: X 0010101110100101011 0000101000100001010 Y 1. Design a Moore-type circuit for the pattern recognizer described above. Show your design process including the a. state diagram b. state assignment clearly indicating which binary pattern corresponds to which state c. excitation table d. K-maps and equations e. Corresponding circuits of the solved equations.
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