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A convolutional encoder has the generator sequences: gi = 101 , g2 = 110 , and g3 = 111 a Determine the code rate and constraints length. b Draw a diagram for this encoder. C Write down the state table for this encoder. Construct a Trellis diagram and determine the minimum d Hamming distance for the convolutional encoder. e Use Viterbi decoding to decode the received sequence 111 010 101 000.

A convolutional encoder has the generator sequences: gi = 101 , g2 = 110 , and g3 = 111 a Determine the code rate and constraints length. b Draw a diagram for this encoder. C Write down the state table for this encoder. Construct a Trellis diagram and determine the minimum d Hamming distance for the convolutional encoder. e Use Viterbi decoding to decode the received sequence 111 010 101 000.

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
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A convolutional encoder has the generator sequences: g1 = 101 , g2 = 110 , and g3 = 111 a Determine the code rate and constraints length. b Draw a diagram for this encoder. C Write down the state table for this encoder. Construct a Trellis diagram and determine the minimum d Hamming distance for the convolutional encoder. e Use Viterbi decoding to decode the received sequence 111 010 101 000.
Transcribed Image Text:A convolutional encoder has the generator sequences: g1 = 101 , g2 = 110 , and g3 = 111 a Determine the code rate and constraints length. b Draw a diagram for this encoder. C Write down the state table for this encoder. Construct a Trellis diagram and determine the minimum d Hamming distance for the convolutional encoder. e Use Viterbi decoding to decode the received sequence 111 010 101 000.
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