The program below calculates the conditional entropy of the conditional distribution of seq2 given seq1. seq1 = ['apple', 'pear, 'lemon', 'lemon'] seq2 = [True, False, True, True] cd = conditionally_distribute(seq1, seq2) print(conditional_entropy(distribute(seq1), cd) The output of the program is zero because: Given the outcome in [Select] a) seq1 (i.e., 'apple' or 'pear' or 'lemon') b)seq2 (i.e., True or False) we can determine the outcome in [ Select] a) seq1 (i.e., 'apple' or 'pear' or 'lemon') b)seq2 (i.e., True or False) with [ Select] a) zero confidence b) no uncertainty

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
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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Python. Please choose one of the 2 options in each row: 

The program below calculates the conditional entropy of the conditional distribution of seq2 given
seq1.
seq1 = ['apple, 'pear, 'lemon', 'lemon']
seq2 = [True, False, True, True]
cd = conditionally_distribute(seq1, seq2)
print(conditional_entropy(distribute(seq1), cd)
The output of the program is zero because:
Given the outcome in [Select]
a) seq1 (i.e., 'apple' or 'pear' or 'lemon')
b) seq2 (i.e., True or False)
we can determine the outcome in [ Select]
a) seq1 (i.e., 'apple' or 'pear' or 'lemon')
b) seq2 (i.e., True or False)
with [ Select ]
a) zero confidence
b) no uncertainty
Transcribed Image Text:The program below calculates the conditional entropy of the conditional distribution of seq2 given seq1. seq1 = ['apple, 'pear, 'lemon', 'lemon'] seq2 = [True, False, True, True] cd = conditionally_distribute(seq1, seq2) print(conditional_entropy(distribute(seq1), cd) The output of the program is zero because: Given the outcome in [Select] a) seq1 (i.e., 'apple' or 'pear' or 'lemon') b) seq2 (i.e., True or False) we can determine the outcome in [ Select] a) seq1 (i.e., 'apple' or 'pear' or 'lemon') b) seq2 (i.e., True or False) with [ Select ] a) zero confidence b) no uncertainty
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