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a) Apply the Huffman encoding to encode the following string over alphabet = {e.h, i, o,p..}. When selecting two trees with minimum frequencies, break ties by selecting the tree whose leftmost leaf appears earlier in the above ordering of characters in the alphabet. Also, assume the tree with a smaller frequency forms the left child of the merged tree (and in case of equal frequencies, the subtree whose left-most leaf appears earlier in the alphabet forms the left child). hippie hipo Your solution must include the (final) Huffman tree and its code for the input se- quence. b) Use the same Huffman encoding to decode the following code: 0001110001111101110

a) Apply the Huffman encoding to encode the following string over alphabet = {e.h, i, o,p..}. When selecting two trees with minimum frequencies, break ties by selecting the tree whose leftmost leaf appears earlier in the above ordering of characters in the alphabet. Also, assume the tree with a smaller frequency forms the left child of the merged tree (and in case of equal frequencies, the subtree whose left-most leaf appears earlier in the alphabet forms the left child). hippie hipo Your solution must include the (final) Huffman tree and its code for the input se- quence. b) Use the same Huffman encoding to decode the following code: 0001110001111101110

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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a) Apply the Huffman encoding to encode the following string over alphabet = {e.h, i, o,p,-}. When selecting two trees with minimum frequencies, break ties by selecting the tree whose leftmost leaf appears earlier in the above ordering of characters in the alphabet. Also, assume the tree with a smaller frequency forms the left child of the merged tree (and in case of equal frequencies, the subtree whose left-most leaf appears earlier in the alphabet forms the left child). hippie hipo Your solution must include the (final) Huffman tree and its code for the input se- quence. b) Use the same Huffman encoding to decode the following code: 0001110001111101110
Transcribed Image Text:a) Apply the Huffman encoding to encode the following string over alphabet = {e.h, i, o,p,-}. When selecting two trees with minimum frequencies, break ties by selecting the tree whose leftmost leaf appears earlier in the above ordering of characters in the alphabet. Also, assume the tree with a smaller frequency forms the left child of the merged tree (and in case of equal frequencies, the subtree whose left-most leaf appears earlier in the alphabet forms the left child). hippie hipo Your solution must include the (final) Huffman tree and its code for the input se- quence. b) Use the same Huffman encoding to decode the following code: 0001110001111101110
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